Everything known about the handpan, written down properly. Seventeen sections, sixty-four pages, several hundred numbered questions — history, acoustics, construction, scales, buying, technique, care, recording, community, making, myths and troubleshooting.
The three steps are a journey: one guided path, on one instrument, with
everything not on that path deliberately left out.
This is the other thing. It is the reference layer — the long answers,
the physics, the history, the arguments the community is still having. Nothing
here is required reading. It is here for the evening you want to know why a
nitrided shell sounds drier than a stainless one, or what actually happened to
PANArt, or whether 432 Hz means anything.
Each page is a set of numbered questions with real answers. Where the evidence
is thin, it says so. Where the community disagrees, it gives both sides. Where a
number is a rule of thumb rather than a measurement, it is labelled as one.
What a handpan is, what to call it, and how it differs from the instruments it gets confused with. Start here if you have just discovered the instrument.
How the handpan differs from the steel tongue drum, the Trinidadian steelpan and the RAV Vast, and how it compares with a singing bowl or a kalimba if you are choosing your first instrument.
FUN-15What is the difference between a handpan and a steel tongue drum?#
beginner
Short answer. A handpan’s notes are hammered dimples in an unbroken steel shell. A steel tongue drum’s notes are tongues cut out of the shell with a saw or laser. That single manufacturing difference produces almost all the differences in sound, price and durability.
On a tongue drum, each note is a flap of metal, attached along one edge and free along the others, whose pitch is set by its length and width. Cutting is a precise, repeatable, largely mechanical operation. On a handpan, each note is a shaped area of continuous steel whose pitch is set by curvature, thickness and internal stress, arrived at by hand hammering and heat treatment over many hours. There is no shortcut.
The consequences, in rough order of how much they matter to a buyer:
Price. Tongue drums start around the price of a decent guitar pedal and good ones cost a few hundred pounds. Handpans start several times higher and go up steeply. The gap is almost entirely labour.
Timbre. A tongue drum note is close to a single pitch with a long, pure, bell like decay. A handpan note carries a deliberately tuned octave and fifth inside the same field, so it is harmonically richer and more complex. Tongue drums sound cleaner and simpler; handpans sound fuller and, to most ears, warmer.
Sustain and control. Tongue drums typically ring longer, which is lovely for slow ambient playing and a problem for anything rhythmic, since notes pile up. Handpans decay faster and mute more easily, so they handle groove and articulation better.
Robustness. Tongue drums hold their tuning almost indefinitely and tolerate handling, heat and knocks. Handpans can be detuned by a single hard impact and are considered a maintenance item.
Playability. Tongues are larger targets than tone fields and more forgiving of imprecise hands. Many tongue drums are also mallet friendly, which handpans are not.
Neither is a lesser version of the other. If you want long, floating, meditative sound at low cost and low risk, the tongue drum is genuinely the better instrument for the job. If you want percussive articulation and harmonic depth, only the handpan does it.
FUN-16What is the difference between a handpan and a steelpan (steel drum)?#
beginner
Short answer. The steelpan is the Trinidadian instrument the handpan descends from. It is concave, made from a single oil drum, played with rubber tipped sticks, loud and bright, and built for orchestras. The handpan is convex, made from two shells, played with the hands, quiet and warm, and built for solo playing.
The ancestry is real and direct, not a loose resemblance. Felix Rohner encountered a Trinidadian steel orchestra in Bern in 1976, began building pans that year, and spent the next quarter of a century as a professional pan maker and tuner, studying the work of master tuners including Ellie Mannette. PANArt existed as a steelpan manufacturer for years before the Hang. Wikipedia classifies the Hang as an idiophone based on the Trinidad and Tobago steelpan, and the acoustic principles of tuning multiple partials into one note field come straight from pan tuning.
The differences that follow from the change of geometry:
Direction of the dish. A steelpan is sunk inward: the playing surface is a bowl and the notes are convex bumps within a concave field. A handpan is domed outward. That inversion changes how the shell couples to the air and is a large part of why the handpan is so much quieter.
Body. A pan is one open ended drum with a skirt. A handpan is two shells sealed into a closed cavity, which turns the body into a Helmholtz resonator with its own low note.
How it is struck. Pans are played with sticks, which give a hard fast attack and considerable volume, enough to carry outdoors over a full orchestra. Handpans are played with fingers and palms, giving a soft attack and a much narrower dynamic range.
Range and role. A steelpan family covers everything from tenor lead to six bass and is fully chromatic within each instrument’s range, so a steel orchestra can play any repertoire. A handpan has one scale and eight or nine notes.
Calling a steelpan a “steel drum” is a common English usage that many pannists dislike for the same reasons handpan players dislike “hang drum”. If you are around Trinidadian musicians, it is pan or steelpan.
FUN-17How does a RAV Vast compare with a handpan?#
beginner
Short answer. The RAV Vast is a steel tongue drum, not a handpan, but it is the one that gets closest. It is made in Russia by RAV Lab, founded by Andrey Remyannikov, and its distinguishing trick is that each cut tongue has several partials tuned into it rather than one, which gives it far more harmonic body than an ordinary tongue drum.
That extra tuning work is the reason it comes up in handpan conversations at all. RAV Lab’s own account describes tuning multiple notes into each tongue, and the result sits between a plain tongue drum and a handpan: richer than the former, still cleaner and more sustained than the latter.
Where it wins:
Cost. Substantially cheaper than a comparable handpan, though well above a budget tongue drum.
Availability. Manufactured in series rather than made one at a time, so waiting lists are short or nonexistent.
Stability. Cut tongues hold tuning very well and tolerate handling and temperature in a way hammered shells do not. RAV Lab have made the point publicly that their instruments do not normally need retuning.
Sustain. Very long decay, which suits slow ambient and looped playing beautifully.
Where the handpan wins:
Attack and articulation. A handpan responds to a fingertip with a defined, quick note you can shape. The RAV’s long ring makes fast or busy playing muddy, and muting a tongue is less natural than muting a tone field.
Harmonic complexity. Even a well tuned RAV tongue does not produce the layered octave and fifth of a good handpan field, and the sympathetic interaction between fields is different.
Feel. This is subjective but consistently reported: the handpan feels more like an instrument you are playing and less like one you are triggering.
The honest recommendation is to choose by the music you want to make rather than by which is “better”. Slow, floating, reverb heavy pieces suit the RAV. Rhythmic playing, dynamics and melodic phrasing suit the handpan. A fair number of players own both and use them for different things.
FUN-18If I am a beginner choosing between a handpan, a singing bowl and a kalimba, what should I know?#
beginner
Short answer. They are not really competitors. A kalimba is a cheap, portable melodic instrument. A singing bowl is a sustained texture rather than an instrument you play tunes on. A handpan is an order of magnitude more expensive than either and the only one of the three you can build a solo musical practice around. Pick by what you want to do, and by what you can afford to be wrong about.
Kalimba (thumb piano). Costs very little, fits in a coat pocket, and is genuinely melodic: it has a proper scale, usually seventeen tines, and you can play recognisable tunes on it in a week. Like the handpan it is an idiophone, and like the handpan it is limited to the notes physically present, though tines can be retuned. It is quiet and thin sounding, and it will not fill a room. As a low risk way of finding out whether you enjoy sitting down and making melodies with your hands, it is excellent and costs about one percent of a handpan.
Singing bowl. This is a different activity. You strike or rub a bowl and it produces one long, slowly beating tone. There is essentially no melody, no rhythm and no repertoire in the usual sense. If what draws you to the handpan is the sound bath, the calm and the sustained resonance, a bowl or a set of bowls delivers that directly for very little money. If what draws you is playing music, a bowl will bore you within a fortnight. Be honest with yourself about which it is.
Handpan. The most expressive of the three and by a wide margin the most expensive, the most fragile and the hardest to obtain. It is also the only one that rewards years of technique.
A sensible sequence for someone genuinely unsure: spend a small amount on a kalimba, and separately find a way to put your hands on a real handpan before buying one, at a festival, a shop, a workshop or through a local player. The sound in a room is very different from the sound on YouTube, and a fair number of people discover at that point that they wanted a tongue drum all along.
Handpan, Hang, “hang drum”, pantam and sound sculpture: where the words came from, which ones are trademarks, and which ones will get you a frosty reply.
FUN-09What is the difference between a handpan, a Hang and a “hang drum”?#
beginner
Short answer. The Hang is one specific instrument, made only by PANArt in Bern between 2001 and 2013. A handpan is any instrument of that broad type, from any of the hundreds of makers. “Hang drum” is a mistake that combines a trademark that does not belong to the instrument you are describing with a word its inventors reject.
Take them in order.
Hang. A registered trademark and the property of PANArt Hang Manufacturing Ltd. It refers to the instrument Felix Rohner and Sabina Schärer introduced at the Frankfurt Musikmesse in 2001 and stopped making in December 2013. Roughly speaking, if it did not come out of that workshop in that period, it is not a Hang. Calling a modern instrument a Hang is like calling every vacuum cleaner a Hoover, except that here the maker is still active and still objects.
Handpan. The generic name for the whole class: two hammered half shells, a central dome, a ring of tuned tone fields, a hole in the underside, played with the hands. It covers the Hang historically, though PANArt themselves have never used the word for their instruments, and it covers everything else built since 2007.
Hang drum. This is the phrase most people search for, because it is what the early viral videos were labelled. It is wrong on both halves. “Hang” is a specific brand, so applying it to a Saraz or an Ayasa is simply inaccurate. “Drum” is a category error, since the instrument is an idiophone with no membrane, and PANArt have explicitly discouraged the term as a misnomer.
Why it annoys people is worth understanding, because the irritation is not pure pedantry. Makers spend years developing an instrument and then watch it described using a competitor’s trademark. Players who have absorbed the history feel it erases the difference between an original Hang and a modern instrument. And PANArt, who have fought a long series of legal actions over their design, hear it as the erosion of a name they built.
None of that means you should feel bad for having said it. Almost everyone arrives at the instrument through that phrase. You just stop using it once you know.
FUN-10Where did the word “handpan” come from?#
beginner
Short answer. It was coined around 2007 by Kyle Cox of Pantheon Steel in the United States, as a way of describing his new instrument without using PANArt’s trademarked name “Hang”. It first appeared publicly on the Pantheon Steel website and became the generic term within a few years.
The circumstances are documented on handpan-timeline.org and repeated consistently across the community’s own histories. Pantheon Steel, founded by Cox in 2005 and joined by Jim Dusin in 2006, was developing what would become the Halo, the instrument they first released in 2009. Everyone at the time described such instruments by reference to the Hang, because there was no other word. PANArt objected to their trademark being used to market other builders’ instruments and asked for its removal from other websites.
Cox’s solution was to build a name out of the instrument’s actual lineage rather than out of PANArt’s brand. “Pan” points back to the Trinidadian steelpan, which is the genuine ancestor and which both Rohner and Cox came from. “Hand” points at the defining difference: it is played with the hands, not with mallets. The compound is descriptive, generic and, crucially, belonged to nobody.
It caught on fast, for the practical reason that a growing number of builders needed a word they were legally safe using. By the early 2010s it was the default term in English across forums, retailers and the emerging festival circuit.
Two footnotes are worth keeping straight. First, PANArt have never adopted the word for their own instruments and do not regard the Hang as a handpan; they describe their work as sound sculpture made from their own Pang material and consider the connection to Trinidadian pan to have been left behind. So “handpan” is genuinely a term from the second generation of makers, not a rebranding of the first. Second, the term was intended as a mark of respect toward the steelpan tradition rather than a distancing from it, which is why “pan” is in there at all.
Pantheon Steel itself closed in July 2025, twenty years after it was founded. The word outlived the company that made it up.
FUN-11Why does PANArt object to the word “drum”?#
intermediate
Short answer. Partly because it is technically wrong, since the instrument has no membrane and is an idiophone, and partly because PANArt regard the Hang not as a percussion instrument at all but as a sound sculpture with its own playing culture, which the word “drum” invites people to hit.
The technical objection first. In the Hornbostel Sachs system a drum is a membranophone, sounding through a stretched skin. The Hang sounds through the vibration of its own steel body and the air column inside it, which makes it an idiophone, alongside bells, gongs and the steelpan. Wikipedia records plainly that the inventors “consider this a misnomer” and have discouraged the phrase “hang drum”.
The deeper objection is philosophical, and it is the one that actually drives PANArt’s position. Rohner and Schärer have consistently framed their work as sculpture rather than product. Their instruments are made from a material they developed and named, Pang, and they describe the results as sound sculptures rather than as drums or even as musical instruments in the conventional commercial sense. Within that framing, “drum” implies a percussion instrument to be struck with force, which is exactly the behaviour that damages a hammered steel shell and detunes it. The word teaches the wrong technique.
There is a third strand that is easy to miss. PANArt spent the 1980s and early 1990s inside the Trinidadian steelpan tradition, an instrument that has itself been persistently trivialised in Europe as the “steel drum”. Rohner and Schärer are precise about naming in a way that reads, in that context, as inherited from a community that got tired of being called a drum band.
You do not have to agree with all of this to respect it. The practical upshot is simple: with PANArt, and with most established makers, the instrument is a handpan, a Hang, or a sound sculpture. It is not a drum, and it is not played like one.
FUN-12What other names does the instrument go by?#
beginner
Short answer. Besides handpan and Hang you will meet pantam, which is standard in Israel and increasingly used elsewhere, “sound sculpture”, which is PANArt’s own preferred framing, and a long tail of individual model names such as Halo, Spacedrum, Gubal and Saraz that belong to specific makers.
Pantam. A portmanteau of steel pan and gha·tam, the South Indian clay pot drum. It appears to have originated with an Israeli distributor of PANArt Hangs, and it was revived and popularised around 2014 when Victor Levinson of SPB adopted it for his instruments. Israel has one of the densest handpan scenes in the world, and pantam is simply the ordinary word there. It has since spread into wider use as a neutral alternative to handpan. If someone says pantam, they mean the same object you mean.
Sound sculpture. PANArt’s own term, used for the Hang and for the whole Pang family that followed it. It signals that they consider the work closer to sculpture than to instrument manufacture. Some other makers have adopted the phrase, and several European retailers use it as a category heading.
Model names. These are brands, not instrument types, and they get misused constantly. Halo is Pantheon Steel’s instrument. Spacedrum is Metal Sounds’. Gubal, Hang Gudu and Hang Urgu are PANArt’s later instruments and are genuinely different objects, not just renamed Hangs. Saraz, Ayasa, Nova Meshtel and the rest are makers’ names. Treating any of them as the generic term will confuse people in the same way “hang drum” does.
Names to avoid. “Steel drum” means the Trinidadian steelpan and nothing else. “UFO drum”, “alien drum” and similar appear on marketplace listings, and are a reasonably reliable indicator that the seller does not know or care much about the instrument.
Regional variation is normal and none of this is policed. Handpan is the safe default in English, pantam in Hebrew.
Short answer. No. “Handpan” was deliberately coined as a generic term and functions as one; anyone may use it. “Hang” is a registered trademark belonging to PANArt. Separately, and much more consequentially, PANArt hold copyright in the Hang’s design, which Swiss courts have repeatedly upheld.
The trademark position is the simple part. Kyle Cox invented “handpan” in about 2007 precisely so that builders would have a word that was not owned by anybody, and that is how it has been used ever since. PANArt have never claimed it and do not apply it to their own work. You can use it in a company name, on a website and in a product listing without exposure.
“Hang” is different. It is registered and enforced, and PANArt have pursued its misuse. Selling an instrument you did not make in Bern as a “Hang”, or naming your workshop something built on that word, is asking for a letter.
The genuinely important dispute is not about names at all. From 2020 PANArt began asserting that the Hang is a protected work of applied art under Swiss copyright, on the grounds that its lens shaped body, central dome, circular arrangement of tone fields and central underside opening are creative choices rather than purely functional ones. A coalition of roughly twenty five makers and retailers formed as Handpan Community United to contest this. The Bern Higher Court ruled in PANArt’s favour on 2 July 2024, and the Swiss Federal Supreme Court dismissed HCU’s appeal on 27 February 2025. In a further decision dated 16 June 2026 the Bern Commercial Court assessed around 250 submitted designs and found the large majority infringing, with substantial costs awarded against the HCU parties. Reporting at the time noted the decision was subject to appeal.
This is a live situation and any summary of it dates quickly. Two practical points hold regardless. First, the legal exposure attaches to the shape of the instrument, not to the word on the label, so renaming solves nothing. Second, designs that depart from the protected features, for example a concave rather than domed centre note, or a non circular tone field layout, were treated as outside the protected scope. Anyone building commercially should take actual legal advice rather than a knowledge base article.
FUN-14What should I call it when I am talking to a maker?#
beginner
Short answer. Say “handpan”. It is accurate, generic, legally uncomplicated and understood everywhere. Use the maker’s own model name if you know it, and say “Hang” only if you are genuinely talking about a PANArt instrument.
A few refinements make conversations go better.
With most makers, handpan is exactly right, and using the specific model name is better still. Asking about “your D Kurd nine” rather than “your hang drum” instantly signals that you have done some reading, which tends to get you a more detailed answer and, on a waiting list, a more human one.
With PANArt, neither handpan nor drum is appropriate. They make Hang, Gubal, Hang Gudu, Hang Urgu and other Pang instruments, and they describe them as sound sculptures. Use the specific name of the instrument, or “sound sculpture”.
In Israel, or with Israeli makers and players, pantam is normal and carries no baggage at all.
In writing for a general audience, it is worth spelling the situation out once. Something like “a handpan, often mistakenly called a hang drum” does the job, gets found by search, and does not repeat the error.
One thing not to do is correct other people aggressively. The “hang drum” correction has become a small in joke and a slightly tiresome one, because the phrase is how nearly everyone finds the instrument in the first place. Someone who says it is not being disrespectful, they are quoting a YouTube title from 2009. If it comes up, the graceful version is to mention the distinction once, lightly, and move on.
If you are unsure what a particular maker prefers, their own website settles it in ten seconds. Most state it explicitly, and using their language back to them is simple courtesy.
The first eight questions: what the instrument is, what it sounds like, what family it belongs to, how big it is, and whether you can actually learn it.
Short answer. A handpan is a convex steel shell, usually around 50 to 60 cm across, made from two hammered half shells glued together, with a domed note in the centre and a ring of tuned note fields around it, played with the hands rather than sticks.
The shape is the giveaway. Picture a flying saucer, or two woks joined at the rim. The upper shell carries the playing surface: a central dome, called the ding after PANArt’s original naming, and typically seven to nine flattened dimples arranged in a circle around it. Each of those dimples is a tone field, hammered and heat treated until it rings at a specific pitch. The lower shell is mostly plain and carries a single round hole, the gu, which lets the enclosed air cavity resonate.
Two things make it behave the way it does. First, each tone field is not tuned to one pitch but to several at once. A good tone field carries a fundamental, an octave above it, and a fifth above that octave, all deliberately tuned into the same patch of steel. That internal harmony is why a single note sounds like a small chord rather than a plain thud. Second, the sealed body works as a Helmholtz resonator, the same physics as blowing across a bottle top. Tap the shell near the gu hole and you hear a low breathy note that belongs to the cavity, not to any tone field.
The instrument is normally played sitting down with the shell resting on the lap or on a stand, using fingertips, thumbs, the pads of the fingers and occasionally the heel of the hand. Nothing hard ever touches it. Sticks and mallets dent the steel and ruin the tuning.
A handpan is tuned to one scale and one scale only. There are no accidentals, no keys and no way to play a note that is not physically hammered into the shell. That constraint is the single most important thing to understand about the instrument, and it shapes everything from how quickly you can learn it to how many you eventually end up owning.
FUN-02What does a handpan sound like, and why do people describe it as ethereal?#
beginner
Short answer. It sounds like a cross between a harp, a bell and a warm steelpan, with a long soft decay and no sharp attack, and it is described as ethereal mainly because every note carries its own octave and fifth, so simple playing produces rich consonant harmony almost automatically.
Wikipedia’s description of the Hang, which set the template for everything since, is that it “can sound like a harp, bells, or harmonically tuned steelpans”, and that it is softer and warmer than the bright mallet struck sound of a traditional Trinidadian pan. That is accurate and worth holding on to, because it points at the real mechanism rather than at the atmosphere.
The mechanism is this. Striking a tone field with a fingertip excites a broad, gentle envelope: quiet onset, no click, and a decay that runs for several seconds. Because the octave and the compound fifth are tuned into the same dimple, one strike releases three consonant partials together. Neighbouring tone fields, being untouched but coupled through the shell and the air cavity, sympathetically ring in response. Play three notes in sequence and you are actually hearing perhaps a dozen partials overlapping, all of them harmonically related, none of them clashing.
Add the scale. Handpans are almost always tuned to pentatonic or modal scales that contain no semitone clashes. There is often no note on the instrument that sounds wrong against any other. A beginner mashing at random still produces something that hangs together.
So the “ethereal” quality is not mystical, it is the sum of four ordinary things: a soft attack, a long decay, deliberately tuned overtones, and a scale with the dissonances removed. Rooms help too. The instrument flatters reverberant spaces, which is why so many recordings are made in stairwells, caves and churches.
Be a little wary of the marketing that follows from this. The sound is genuinely beautiful and genuinely calming for many people. It is not a healing frequency, and no particular tuning reference has been shown to do anything a neighbouring tuning does not.
FUN-03Is a handpan a drum or a melodic instrument?#
beginner
Short answer. Formally it is an idiophone, not a membranophone, so it is not a drum in the organological sense. In practice it is both percussive and melodic, and the honest description is a pitched percussion instrument.
Under the Hornbostel Sachs classification, a drum is a membranophone: sound comes from a stretched membrane. A handpan has no membrane. The steel body itself vibrates, which makes it an idiophone, the same broad family as bells, gongs, marimbas, the kalimba and the Trinidadian steelpan. Wikipedia classifies the Hang as an idiophone derived from the steelpan, and that lineage is exactly right.
That is the technical answer. The musical answer is more interesting, because the instrument really does sit on the fence. Its physical playing technique comes almost entirely from hand drumming. Handpan players use slaps, ghost notes, rim taps on the shoulder of the shell, muting with the palm, and the same wrist mechanics you would see on a djembe or a cajón. Many of the best known players came from hand percussion rather than from melodic instruments.
At the same time, every strike has a definite pitch, the pitches form a scale, and the natural thing to do with them is to play tunes. A handpan can carry a melody unaccompanied in a way no djembe can. It can also outline harmony, because the pentatonic and modal layouts let you sound two or three notes together and get a recognisable chord.
The useful way to think about it is by role rather than by category. In a duo with a guitar, the handpan will usually take the melodic and harmonic role. In a drum circle, it will take a groove role. Most players end up doing both in the same piece, which is a large part of the appeal.
Where the label matters most is in conversation with makers and with PANArt, who reject “drum” firmly and for reasons that are historical as well as technical.
Short answer. Most handpans have eight or nine notes: a central ding plus seven or eight tone fields in the circle. Nine note instruments are the most common starting point today, and instruments with extra bottom notes can reach the high teens.
The original Hang set the pattern. First generation instruments built between 2001 and 2004 had eight tone fields in the circle around the ding. From 2005 PANArt built models with seven or eight, and most second generation Hangs from 2006 onward settled on seven in the circle, so eight notes in total.
Modern makers have expanded upward in three ways. The commonest is simply to fit more fields into the top shell, giving nine, ten or eleven notes. The second is to add tone fields to the bottom shell around the gu hole, which are played by reaching underneath or by turning the instrument. A top shell of nine plus four or five bottom notes is a normal specification for a mid range instrument today. The third, rarer, is the “mutant” layout, where the tone fields are not arranged in a simple alternating circle at all.
More notes is not straightforwardly better, and this is the point beginners most often get wrong. Every extra field takes space and steel away from the others. On a fixed diameter, going from nine notes to twelve usually means smaller fields, slightly thinner sound, more crosstalk between neighbours, and a more crowded surface that is harder to hit cleanly. Many experienced players deliberately return to nine.
There is also a practical constraint on how low the instrument can go. A low note needs a big tone field, so a deep instrument has to be physically larger, or has to give up notes elsewhere. This is why bass handpans are wide and why very low ding instruments have fewer notes in the circle.
For a first instrument, eight or nine notes on a standard sized shell is the well trodden choice: enough to play real music, few enough to learn the layout in an afternoon.
Short answer. A typical handpan is roughly 50 to 55 cm in diameter and about 20 to 27 cm tall, and weighs somewhere in the region of 3.5 to 5 kg. It is easily carried in a padded backpack case by one person.
The reference dimensions come from the Hang itself, which measured about 52 cm across and 24 cm high. Most makers have stayed close to that, because the size is a compromise that works: large enough for a useful range of pitches, small enough to sit on a lap and to fit in an overhead locker or a car boot.
Around that centre there is a spread. Compact and “mini” instruments run down to around 40 to 45 cm and are noticeably lighter, at the cost of depth and volume. Bass instruments and models with many low notes go up towards 60 cm and beyond, and get heavier accordingly. Weight varies with steel gauge as much as with diameter, so two instruments of the same size from different makers can differ by a kilogram.
Practically, the numbers that matter are these. It will sit on your lap comfortably if you are seated with your knees slightly apart, or on a lightweight stand at about lap height. A soft backpack case adds a kilogram or two and makes the whole package easy to walk with, though not easy to cycle with. A cased handpan is usually over the stated carry on dimensions, so whether it goes in the cabin depends on the aircraft, the load and the crew rather than on any rule you can rely on. See CAR-21.
Do not underestimate the awkwardness of the shape. A 4 kg disc 55 cm wide is much more unwieldy than 4 kg in a rucksack, and a dropped handpan can be detuned by a single hard impact on a corner or edge. Almost every experienced owner has a story about a case that was not quite good enough.
Short answer. It is unusually easy to start and genuinely hard to master. You can make something that sounds lovely within ten minutes, and you can spend a decade refining tone, dynamics and rhythmic independence.
The reason the first hour is so gratifying is structural. The instrument is tuned to a single scale with the dissonances removed, so there are no wrong notes to hit. There is no fingering system, no embouchure, no intonation to control. You strike a dimple and a pleasant, in tune, harmonically rich sound comes out. Almost no other instrument gives a complete beginner that.
What is hard is everything after that. In rough order of difficulty:
Tone. There is a large difference between a note that is struck and one that is squashed. The stroke has to be a fast, relaxed bounce off the steel, with the hand leaving immediately so the field can ring. Tense fingers, heavy hands and lingering contact all kill the sound. Getting a consistently clean tone from every field, including the awkward ones nearest your body, takes months.
Independence. The characteristic handpan texture is a bass or ostinato pattern in one hand while the other plays melody. That is drummer’s coordination and it does not arrive by itself.
Dynamics. The instrument has a narrow useful dynamic window. Play too hard and it goes clangy and can be damaged. Real expression comes from small differences in the quiet range, which requires control most beginners have not developed.
Musical shape. Because everything sounds good, it is very easy to play atmospheric wallpaper for twenty minutes without ever making a musical statement. Escaping that is arguably the hardest part, and it has nothing to do with the steel.
A realistic timeline: pleasant noodling on day one, a few pieces you are happy to play for someone within three months, and a recognisable personal voice somewhere in the range of two to five years of regular practice.
FUN-07Do I need any musical background to play one?#
beginner
Short answer. No. The handpan is one of the few instruments where a complete beginner with no theory, no reading and no previous instrument can produce genuinely satisfying music on the first day, and a large fraction of the playing community started exactly there.
There is nothing to decode. You do not need to read notation, you do not need to know what key you are in, and you do not need to understand modes to use one. The scale is built into the object. If you can tap a table in time, you have the prerequisite.
That said, different backgrounds transfer differently, and it is worth knowing which parts of your existing skill will help.
Hand percussionists have the biggest head start. Stroke quality, rebound, dynamics and groove all carry across almost intact, and their main job is learning to think melodically.
Pianists and guitarists arrive with harmonic understanding and independent hands, which is useful, but often struggle with touch, because both instruments reward pressing and the handpan punishes it.
Singers and wind players tend to have the best sense of phrasing and the worst sense of where the beat is, which is fixable.
Complete beginners have no bad habits at all, and often make faster early progress than trained musicians who are fighting their own reflexes.
What no background gives you is a shortcut past the two things that actually limit players: touch and self editing. Both are learned on this instrument specifically.
One caveat worth stating plainly. Not needing theory to play is not the same as theory being useless. Once you own two or three instruments in different scales, understanding what a D Kurd or a C# Amara actually is, in terms of intervals, will save you money and stop you buying three instruments that do the same job. Learn it later, when the question arises naturally, rather than treating it as an entry requirement.
FUN-08Is the handpan a real instrument or a novelty?#
beginner
Short answer. It is a real instrument. It has a twenty five year history, a documented lineage from the Trinidadian steelpan, an international body of makers and repertoire, and a serious acoustics literature. It also attracts a great deal of novelty use, and both things are true at once.
The case for taking it seriously is straightforward. It was developed by trained instrument makers, Felix Rohner and Sabina Schärer of PANArt in Bern, who had spent a quarter of a century building and tuning steelpans before they made the first Hang. Its acoustics were studied in collaboration with physicists including Thomas Rossing and Uwe Hansen, whose work on steelpan and Hang vibration modes is published in the mainstream acoustics literature. It is played professionally in concert settings, on recordings, in film scoring and in ensembles with strings, voice and electronics. Makers now number in the hundreds worldwide, festivals run on several continents, and there is a genuine teaching tradition.
The case for scepticism is also real, and it is worth being honest about. The instrument is fixed to a single scale, which limits it in any repertoire that modulates. Its dynamic range is narrow. A great deal of what gets published under its name is atmospheric improvisation of limited musical ambition, and the surrounding culture carries a heavy load of pseudoscience about healing frequencies, chakras and vibrational medicine, none of which stands up.
The two are not in tension. A concert harp is a serious instrument that is also used to make lift music. What makes an instrument real is whether skilled people can express something specific on it that could not be expressed as well elsewhere, and by that test the handpan clearly qualifies. Listen to players working in odd time signatures, or building genuine counterpoint between hands, or using muting and rim work as articulation, and the novelty objection stops making sense.
The fair summary: a young instrument with a narrow but distinctive range, a real technique, and a culture that sometimes oversells it.
Where the instrument came from: a Trinidadian craft carried to Bern, a percussionist’s request in 1999, twelve years of Hang, and the worldwide maker movement that followed.
How two Swiss steelpan builders, a Trinidadian instrument, an Indian clay pot and a percussionist’s request produced a new instrument in the year 2000.
Short answer. Felix Rohner and Sabina Schärer of PANArt in Bern, Switzerland, developed the Hang during 1999 and 2000 and presented it publicly at the Frankfurt Musikmesse in March 2001.
Both were steelpan people first. Rohner encountered a Trinidadian steel orchestra in Bern in 1976, at a city celebration, and began building pans that year. Schärer came into the same Bernese pan scene, playing in and helping to equip the country’s early steel bands. By the mid 1980s Rohner had established a pan workshop in Bern, and between 1985 and 1993 he was supplying and tuning instruments for more than forty school and youth orchestras. PANArt was formally registered in May 1993, by members of a Bernese steelband, as a steelpan manufacturing company.
So the Hang was not the work of hobbyists having an idea. It came out of roughly twenty five years of accumulated experience in a demanding craft, plus a decade of deliberate materials research, plus a specific request from a percussionist. The sequence matters, because “invented” flattens something that was much more like a convergence.
The date is worth being precise about, because sources vary in what they are dating. The concept was prompted in November 1999. The prototypes were made and refined through 2000 and into early 2001. The public debut, and therefore the birth date most people quote, was the Frankfurt Musikmesse in March 2001. PANArt’s own history notes it was offered there at 300 Euros, a figure that becomes almost comic in the light of what Hangs later sold for.
Reto Weber, the percussionist whose request set the whole thing off, is credited in the community’s histories and in press accounts, though PANArt’s own 2013 book on the instrument does not mention him. That absence is noted by others and is a small, real point of friction in the story rather than a settled fact one way or the other.
HIS-02What came before the Hang, and what influenced it?#
beginner
Short answer. The direct ancestor is the Trinidadian steelpan. The shape and the idea of a hand played resonant vessel came from the Indian ghatam, a tuned clay pot. Everything else came from PANArt’s own materials research through the 1990s.
The steelpan. Invented in Trinidad in the 1930s and 1940s out of discarded oil drums, the steelpan is the source of the essential technique: hammering a sheet of steel so that a single note area rings at a fundamental with its octave and fifth tuned in alongside. Without that tradition there is no Hang. Rohner’s own development is described in the Swiss pan literature as advanced by exchange with other European tuners and by study of the work of masters, Ellie Mannette named specifically. Mannette, the Trinidadian tuner widely credited with sinking the first pan face and with much of the instrument’s modern refinement, is therefore an ancestor of the handpan at one remove, through the craft rather than through any direct collaboration.
The ghatam. A large tuned clay pot from South India, played with the hands, fingers, wrists and heels, with the mouth of the pot used against the belly to modulate the bass. The Hang’s convex closed body, hand technique and the resonant hole in the underside all echo it. The connection is not speculative: PANArt’s own history records a visit in autumn 1999 in which the percussionist Reto Weber played a ghatam for Rohner and Schärer and asked whether something like it could be made in steel.
The udu. A Nigerian clay pot drum with a side hole, played with the hands, which produces a swooping bass tone as the hand covers and uncovers the opening. It sits in the same family of ideas as the ghatam and is frequently cited alongside it. The Gu hole in the bottom of a handpan behaves in a comparable way.
PANArt’s own work. The Pang instruments and the nitrided sheet steel that PANArt developed from the mid 1990s were the ingredient nobody else had, and are covered separately.
The result is a genuine hybrid: steelpan tuning, ghatam ergonomics, Swiss metallurgy.
Short answer. Steelpans, for about seventeen years, and then from the mid 1990s a family of experimental instruments made from their own new material, which they called Pang.
PANArt Steelpan Manufacturing Ltd was registered in May 1993, founded by Felix Rohner together with several other members of the Bernese Oelgesellschaft steelband. Its business was ordinary and unglamorous: building instruments for Swiss steelbands, tuning them, and keeping school orchestras supplied. Rohner had been doing that work since 1976 and running a dedicated workshop since 1985.
The turn came from a piece of luck he chose to take seriously. In 1989 Rohner built a steelpan out of an old Hungarian barrel and found the tone markedly better than what he got from new steel. He concluded that the ageing of the metal was doing something acoustically useful, and set out to reproduce that ageing artificially rather than wait decades for it. That question, how to make new steel behave like old steel, drove the next ten years of research.
From 1995, Rohner and Schärer worked on deep drawn and nitrided sheet steel, which they eventually named Pang. Alongside the metallurgy they collaborated with acousticians, including Thomas Rossing and Uwe Hansen, on measuring what the vibration modes of tuned steel actually do, which put the workshop’s intuition on a firmer footing than most instrument making enjoys.
The instruments they built from Pang in the second half of the 1990s were the immediate predecessors of the Hang: hammered, tuned steel forms exploring what the new material could do. PANArt still uses “Pang” as the name for the material and for the wider instrument family, which is why later instruments carry names like Pang Sui, Pang Sei and Pang Sai.
The company changed its name to PANArt Hang Manufacturing Ltd in April 2003, formally recognising that the business was no longer a steelpan workshop. That renaming is a neat marker of how completely one instrument redirected a twenty year old craft business.
HIS-04How did the Hang actually come about in 1999 and 2000?#
beginner
Short answer. In November 1999 the percussionist Reto Weber visited PANArt, played a ghatam, was shown the Pang instruments, and asked for a sounding pot in steel with a few notes he could play with his hands. Rohner and Schärer answered by joining two Pang half shells into a closed body, and refined the result through 2000.
The account is consistent across PANArt’s own history, Weber’s material and the community archives. Weber was a Swiss percussionist with a serious interest in the ghatam. The wording usually quoted for his request is a “sounding pot in steel with some notes to play with the hands”, which is about as concise a design brief as an instrument has ever had.
What made it answerable was that PANArt already had the pieces. They had deep drawn Pang half shells. They had twenty five years of experience tuning multiple partials into a single field of hammered steel. What they had not previously done was seal two shells together to make a closed cavity and put the note fields on the outside of a dome rather than inside a bowl.
That inversion is the invention. It changes almost everything at once. A convex surface radiates far less energy than a concave one, which is why the instrument is quiet and warm rather than loud and bright. A sealed body with one hole becomes a Helmholtz resonator, adding a low breathy note that belongs to the air rather than to any tone field. And a domed top invites the hands, because you can reach every field comfortably with a shell resting on your lap.
Rohner and Schärer worked through prototypes over the winter of 2000, then took the instrument to the Frankfurt Musikmesse in March 2001. Reports of the debut describe curiosity rather than a sensation. The Bernese press summed the new sound up in a line PANArt still quote, “the new sound for cultures and cows”, which captures the mixture of the exotic and the entirely Swiss rather well.
By 2002 roughly a thousand Hangs had been made. The slow explosion had begun.
HIS-05What does the word “Hang” mean?#
beginner
Short answer. It is a Bernese German word with a double meaning: “hand” and “hillside” or “slope”. Both readings describe the instrument. It is pronounced with a short vowel, roughly “hung”, not like the English verb.
The pun is deliberate and very characteristic of PANArt’s approach to naming. “Hand” points at how the instrument is played, which was the entire premise of Reto Weber’s request. “Hillside” or “slope” points at the convex dome of the upper shell, and, in a Swiss context, at the landscape itself.
A few practical points follow.
Plural. PANArt use “Hanghang” as the plural, formed by reduplication. In English the community generally writes “Hanghang” when being careful and “Hangs” the rest of the time. Neither will get you into trouble.
Pronunciation. The vowel is the German short a, so it sounds closer to the English word “hung” than to “hang”. English speakers almost universally say it the English way, which is one small reason “hang drum” sounds so wrong to people who know the origin: it takes a Swiss German pun about hands and hillsides and turns it into an English verb about suspending things.
Related names. PANArt’s later instruments continue the pattern. The Gubal takes its name from the Gu, the round opening, combined with elements of the instrument’s own vocabulary. The parts of the instrument have their own names too: the Ding is the central dome, the Gu is the hole in the underside, and the ring of elastic steel around it on later instruments is the Ringding. Much of that vocabulary was invented by PANArt and has been adopted wholesale by makers who have never built a Hang.
The naming is not decoration. PANArt have consistently used it to insist that this is not a drum, not a pan and not a copy of anything, and that insistence runs through the rest of their history.
HIS-06What are Pang steel and nitriding, and why did they matter?#
intermediate
Short answer. Pang is PANArt’s name for their deep drawn, gas nitrided sheet steel. Nitriding is a heat treatment that diffuses nitrogen into the surface of the metal, forming hard iron nitride. It made the shells harder, more stable in tuning and more resistant to rust, and it gave the instrument its characteristic grey black surface.
The problem it solved goes back to Rohner’s 1989 discovery that an old Hungarian barrel made a better sounding pan than new steel. Ageing steel changes its internal stresses and surface, and those changes were audible. Waiting decades was not a business model, so the workshop spent the 1990s looking for a way to induce comparable properties deliberately.
Gas nitriding was the answer. The shells are heated in a nitrogen rich atmosphere so that nitrogen diffuses into the surface layer and forms iron nitride. Wikipedia describes the Hang’s shells as deep drawn and nitrided; PANArt describe the resulting composite, with iron nitride needles embedded in the steel, as having “inner energy higher than steel”, which is their language rather than a physicist’s but points at something real.
Three practical benefits follow, and all three are why almost every serious maker since has used some form of hardened or high grade steel.
Tuning stability. A harder surface resists the slow relaxation of hammered stresses that pulls a soft steel instrument out of tune, and resists being knocked out of tune by an accidental impact.
Corrosion resistance. Nitrided steel does not rust nearly as readily as plain mild steel, which matters enormously for an instrument played with bare, sweaty hands.
Timbre. A harder shell has different damping characteristics, giving a longer, clearer decay.
The material also explains PANArt’s later trajectory. Once they had Pang, the Hang was only one thing they could make from it, and their whole subsequent output, the Gubal, the Hang Gudu, the Hang Urgu, the Pang string instruments, is presented as the Pang family rather than as Hang successors.
Modern makers use a range of approaches, including nitrided mild steel, various stainless steels and proprietary treatments, and they disagree genuinely about which is best. That argument is a separate topic in its own right.
HIS-07Why did the instrument spread so slowly at first?#
beginner
Short answer. Because two people were making them by hand, one at a time, in a Bern workshop, and because PANArt actively resisted scaling up. Supply was never allowed to meet demand, deliberately.
The debut at Frankfurt in 2001 produced interest, not a stampede. Around a thousand instruments had been made by 2002, which for a brand new instrument is respectable and for a global market is nothing. Distribution was through a small number of dealers, and PANArt later terminated those relationships in order to sell directly and to control who received instruments.
Several things kept the growth slow through the early years.
Craft constraints. Every tone field is hammered and tuned by hand. There is no economically sensible way to automate it, and there were, in essence, two people doing it.
Deliberate refusal to grow. This is the part outsiders find hardest to believe. PANArt did not want to be a factory. They saw their instruments as sound sculptures rather than products, and they repeatedly took decisions, ending distributor relationships, reducing the number of scales offered, eventually requiring handwritten letters from prospective buyers, that reduced sales rather than increasing them. They were explicit that they did not wish to serve demand.
No one else was building. For the first six years or so, PANArt were effectively the only source on earth. Nobody had reverse engineered the process, and the material and tuning knowledge were not public.
No obvious channel. Before YouTube, there was almost no way for someone in Manchester or Melbourne to hear the instrument at all.
The consequence was a decade of scarcity that shaped the entire culture that followed. Waiting lists ran into years, second hand prices ran into many multiples of the original, and the community developed a set of habits, patience, direct relationships with makers, suspicion of resellers, that persist even now that instruments can be bought off the shelf.
Four generations of Hang in twelve years, the letters, the end of production in December 2013, and what an original Hang is worth now.
HIS-08What was the first generation Hang, 2001 to 2005?#
intermediate
Short answer. The original instrument as launched at Frankfurt in March 2001: bare nitrided steel, no brass, eight tone fields in the circle around the ding, and a very large catalogue of scales, up to around forty five different sound models.
Two things distinguish first generation instruments from everything PANArt made afterwards.
The first is variety. PANArt were still exploring what the instrument could be, and they built it in a great many tunings. The figure usually given, and repeated on Wikipedia, is up to forty five sound models across the generation. For collectors this is the interesting period, because scales exist on first generation Hangs that PANArt never made again. For players it means that no two first generation instruments you meet are likely to be the same.
The second is the surface. First generation Hangs are plain nitrided steel, with the dark grey to black finish that treatment produces, and no brass. Later instruments added brass elements and look noticeably different.
Tone field counts moved during the period. Instruments built between 2001 and 2004 had eight tone fields in the circle. From 2005 PANArt built models with seven or eight, and the Low Hang, introduced that year, extended the instrument downward in pitch.
Sonically, first generation Hangs are often described by people who have played several as brighter, more open and slightly less controlled than second generation instruments, with more sympathetic ringing between fields. Whether that is better is a matter of taste and of what you want to play. It is also confounded by age and by how hard a given instrument’s life has been, so treat generalisations with some caution.
This is also the generation in which the instrument was, briefly, cheap and obtainable. The Frankfurt launch price was 300 Euros. Within a few years the secondary market had detached from that completely, and it has never returned.
HIS-09What changed with the second generation Hang in 2006?#
intermediate
Short answer. PANArt added a brass ring around the rim and a brass coating to the shell, and settled the layout: most second generation instruments have seven tone fields in the circle rather than eight.
The visual change is unmistakable. A second generation Hang has a warm brassy tone to its surface and a visible brass ring at the seam between the two shells, against the plain dark steel of the first generation. This was not decoration. Brass changes the mass and damping at the rim, which is acoustically one of the most sensitive parts of the instrument, and the coating alters the surface behaviour of the shell.
The change in note count is equally significant and less noticed. Dropping from eight fields to seven gives each remaining field more room, which generally means a larger, cleaner, better separated note with less crosstalk into its neighbours. Combined with the brass, the effect most players report is a more focused, more controlled instrument, less prone to the wash of sympathetic ringing that characterises the first generation.
PANArt also narrowed the range of scales offered during this period, part of the same steady contraction that would end with the Integral Hang offering exactly one.
Second generation Hangs are the instruments most people picture when they think of a Hang, and they were made during the years when the instrument went viral, so they are disproportionately represented in the video record and in the second hand market.
Going deeper. The brass ring is worth understanding as an acoustic decision rather than a cosmetic one. The rim is where the two shells meet and where the Helmholtz cavity is sealed, and its mass and stiffness affect both the coupling between the shells and the frequency of the cavity resonance. PANArt’s later removal of the brass ring on the Free Integral Hang was a reversal of this decision, not a cost saving, and produced an audibly different instrument again.
Short answer. A single model, in a single scale, with seven tone fields and an oval Gu hole. PANArt stopped offering a catalogue entirely and made one instrument, which they considered the resolved form of the design.
The name is the argument. “Integral” means whole, complete, not to be divided into options. Having spent seven years building up to forty five sound models and then narrowing them, PANArt concluded that the instrument had a correct form and that offering variety was a distraction from it.
Concretely, the Integral Hang has seven tone fields in the circle around the ding, and the round Gu hole of earlier generations was replaced by an oval one. That change alters the Helmholtz behaviour of the cavity and the way the bass note responds to a hand covering the opening.
For buyers at the time this was, understandably, unwelcome. If your ear wanted a different scale, PANArt no longer had one for you, at any price or any waiting time. Combined with the ordering restrictions that came in around the same period, it marked the point at which PANArt stopped being a supplier of musical instruments in any conventional sense and became something closer to an atelier producing a fixed work.
It is also the point at which other makers became genuinely necessary rather than merely alternative. Pantheon Steel had coined the word “handpan” the previous year and would release the Halo in 2009. If you wanted an instrument in a scale of your choosing after 2008, you had to look outside Bern. The Integral Hang did as much as anything to create the market that PANArt then spent the next two decades litigating against.
Short answer. The final form of the Hang. PANArt removed the brass ring, introduced a triple dome ding, and tuned the instruments without electronic tuning devices, working entirely by ear.
Each of those three changes is a step further in the same direction: away from the manufactured product and toward the handmade object.
No brass ring. The brass rim introduced in 2006 was taken off again, returning the shell to bare nitrided steel at the seam. The instrument became visually closer to the first generation.
Triple dome ding. The central note was reshaped with a compound domed geometry rather than the simple dome of earlier generations, changing the ding’s partial structure and its response.
Tuned without electronic devices. This is the most striking of the three and the least technical. PANArt stopped using tuning meters and analysers and tuned by ear alone. The word “free” in the name refers to this: free of electronic reference, and by implication free of the tempered grid that reference implies.
Whether this makes the instruments better is genuinely contested, and it depends on what you value. Tuning by ear allows a maker to place partials where they sound right in the actual instrument rather than where a meter says they should be, which is a real and defensible practice with a long history in bell founding and piano tuning. It also means a Free Integral Hang may not sit precisely at A440 or agree perfectly with other instruments, which matters if you want to play with a guitarist.
The Free Integral Hang was made until production ended. It is the last Hang, and for that reason alone it carries a particular status among collectors, independent of how it sounds.
HIS-12Why did PANArt stop taking orders and ask buyers to write letters?#
intermediate
Short answer. Because demand had outrun what two people could make, the secondary market had turned their work into a speculative commodity, and they decided to select who received instruments rather than sell to whoever queued longest.
As the instrument went viral through the second half of the 2000s, PANArt found themselves in a position most manufacturers would envy and they found intolerable. Instruments they had sold for a few hundred Euros were being resold for many thousands. Waiting lists were enormous. People were buying Hangs as investments rather than as instruments.
Their response was to remove the transaction from the ordinary market. Prospective buyers were asked to write a handwritten letter to the workshop explaining who they were and why they wanted the instrument. There was no guaranteed outcome and no queue position to check. People waited months or years, and many were never offered anything at all. PANArt then invited selected correspondents to come to Bern in person to collect an instrument.
It is easy to read this as arrogance, and plenty of people at the time did. The more sympathetic reading is that it was consistent with everything else they did. If you genuinely believe you are making sound sculptures rather than products, then choosing who takes one home is a reasonable thing to do, and it is precisely how many visual artists and luthiers have always worked. PANArt also terminated their distributor relationships in the same spirit, preferring direct contact to a sales channel.
The practical consequences were large. It made the Hang effectively unobtainable for most people who wanted one, which drove the secondary market even higher, which reinforced PANArt’s diagnosis. And it created the space in which an entire independent maker movement grew, because the demand did not go away, it simply went elsewhere.
Short answer. PANArt announced in December 2013 that the Hang would no longer be made. They had already introduced the Gubal in the summer of that year and wanted to move on to a family of Pang instruments intended for group music making rather than one instrument for solo playing.
The reasoning, as PANArt have presented it, is not commercial. They had reached the Free Integral Hang, which they regarded as the resolved form of the design, and there was nothing further to explore in that direction. Their interest had shifted toward instruments that would be played together, an ensemble of Pang instruments in which the Gubal took the lead and the Hang Gudu, Hang Urgu and later Pang string instruments filled other roles. Continuing to produce Hanghang for a solo market would have kept the workshop pointed at its own past.
There is also the matter of what the market had become. By 2013 the Hang had been thoroughly commodified in ways PANArt had spent years resisting, dozens of other makers were building similar instruments, and the word “handpan” had absorbed their invention into a generic category. Stepping out of that entirely is consistent with everything they had done since 2008.
One point of housekeeping. You will see the end of production dated to both 2013 and 2014 in different sources. Wikipedia and most community histories give December 2013 as the date of the announcement, and that is the figure to use; some accounts date it by when the last instruments actually left the workshop, which is how 2014 appears. The Gubal was introduced in summer 2013, in PANArt’s twentieth anniversary year, so the two events sit within months of each other.
Twelve years, four generations, and then a full stop. It is an unusual way to treat a successful product and an entirely ordinary way to treat a completed body of work.
HIS-14What is the Gubal, and what else does PANArt make now?#
intermediate
Short answer. The Gubal is the first Pang instrument PANArt developed after the Hang, introduced in summer 2013. It has seven tone fields and a large central Gu opening surrounded by a flexible area called the Ringding, and it produces far stronger bass than a Hang. It heads a family that now includes the Hang Gudu, Hang Urgu, Hang Bal and several Pang string instruments.
The Gubal inverts the Hang’s priorities. Where the Hang put the melodic material on top and left the Gu hole underneath as a resonance vent, the Gubal brings the opening onto the playing side. The Gu sits in the middle of the top surface, ringed by the Ringding, an elastic region of steel that can be struck and that modulates the cavity. Underneath there is a hemispherical extension called the Gugel, which produces a deep bass resonance, reported at 78 Hz, roughly E flat 2. A player can insert a hand into the opening to bend and shape that bass note, which is the ghatam technique arriving properly at last.
The result is an instrument that can hold down a bass part as well as a melodic one, which is exactly what you would want if your goal were ensemble playing rather than solo performance. That was PANArt’s stated goal.
The family filled out from there. The Hang Gudu arrived in autumn 2015, and the Hang Urgu together with three Pang string instruments in 2016. PANArt’s current catalogue also lists the Hang Bal, Hang Gede and Pang variants including Pang Sui, Pang Sei and Pang Sai. The workshop is now run by Felix Rohner and Sabina Schärer together with Basil Rohner and David Rohner.
None of these instruments has had anything like the cultural reach of the Hang, and PANArt appear untroubled by that. They are made in small numbers, sold direct, and presented as sound sculptures for collective music making. If you want to hear one, PANArt’s own recordings are the practical route, since they are rare in the wild.
HIS-15Are original Hangs still playable, and what are they worth now?#
intermediate
Short answer. Yes, a well kept Hang from any generation is perfectly playable today, and many are still in daily use. Prices on the second hand market have run into several thousands and occasionally well beyond, but they vary enormously with generation, scale, condition and how badly the buyer wants one, and there is no reliable price list.
On playability, the nitrided steel PANArt developed was chosen partly for stability, and it has held up. Instruments more than twenty years old are still in tune within reason. What kills a Hang is not age but events: a drop, a hard impact on the rim, being played with sticks, being left in a hot car, or corrosion from years of sweat without cleaning. Any of those can pull a tone field off pitch.
Repair is the sticking point. PANArt do not service instruments for the general public and have not for many years, and their tuning methods are proprietary. A small number of independent tuners will work on Hanghang, but many decline, because the material behaves differently from the steel they usually handle and because ruining a historic instrument is a bad afternoon. So a detuned Hang is a genuinely difficult object to fix, and that risk is priced in.
On value, be sceptical of any specific number, including ones you see quoted confidently. What is documented is the trajectory: an instrument launched at 300 Euros in 2001 was being resold for many thousands within a decade, a movement PANArt actively opposed. What the market does now depends on factors that shift, including how many collectors are active and whether modern instruments are seen as musically superior, which a fair number of players think they are.
That last point deserves emphasis, because it is the practical advice. A Hang is a historically significant object and, for most players, a poor purchase. The same money buys an excellent modern instrument in the scale you actually want, from a maker who will retune it. Buy a Hang because you want that specific instrument’s voice or its history, not because you assume the original must be the best.
Short answer. Pantheon Steel in the United States is the best documented of the first wave. Kyle Cox founded it in 2005, coined the word “handpan” around 2007, and released the Halo in 2009. Others emerging in roughly the same window include Bellart in Spain, Metal Sounds with the Spacedrum in France, and Bali Steel Pan in Indonesia. Saraz followed in the United States in 2012.
Reconstructing this period precisely is harder than it should be, because much of it happened on forums and blogs that have since disappeared, and because several builders were experimenting privately for years before selling anything. Treat any tidy chronology, including this one, as approximate.
Pantheon Steel. Founded by Kyle Cox in 2005, joined by Jim Dusin in 2006. Dusin remained with the company until his death in 2016. The Halo was first released in 2009. Cox’s coining of “handpan” around 2007 gave the whole emerging field its name. Pantheon Steel was the first American maker and among the longest running anywhere; it closed on 17 July 2025.
Bellart. Luis Martin Eguiguren Garrido in Spain, one of the earliest European builders outside Switzerland, active from around the same period.
Metal Sounds. The French maker behind the Spacedrum, associated with Philippe Maignaut, and one of the first to reach a wider market with a named model of its own.
Bali Steel Pan. Building in Indonesia and covered in the handpan press by late 2010, the first significant maker in Asia and an early demonstration that this was going to be a global craft rather than a European one.
Saraz. Founded by Mark Garner in the United States in 2012, and one of the makers that helped establish the professional, waiting list driven model that dominated the 2010s.
There are also earlier and murkier claims. Marco Della Ratta is reported to have been attempting instruments of this kind as early as 2002 or 2003. Given how little of that period is documented, it is safest to say that several people were trying independently and that Pantheon Steel was the first to arrive with a finished instrument, a name for it and a route to market.
HIS-17How did the internet and YouTube drive demand?#
beginner
Short answer. The handpan is a visual instrument with an immediately arresting sound, and it arrived at exactly the moment video sharing became universal. YouTube did for it what no distributor could have, and it did so entirely outside PANArt’s control.
Consider the timing. The Hang debuted in 2001. YouTube launched in 2005. Between roughly 2007 and 2012 the platform went from novelty to default, and in that same window the number of people who had heard a handpan went from thousands to millions.
The instrument was almost designed for the format. It looks strange, which stops the scroll. It is played by hands on a shining metal dome, which is satisfying to watch. It sounds good through bad phone speakers, because the pitches are consonant and the attack is soft. And it can be played solo, outdoors, unamplified, by one person sitting on the ground, which is exactly the video anyone can make.
Busking footage did much of the work. Daniel Waples, who plays as Hang in Balance, is the most frequently cited example, with a body of street and outdoor performance video that has accumulated tens of millions of views over the years. There were many others, and the cumulative effect was that a global audience discovered an instrument that perhaps two people on earth were making.
The consequences were not all comfortable. Almost every one of those videos was titled “hang drum”, which is why the wrong name is the one the world knows. Demand exploded against a supply that PANArt refused to expand, which pushed secondary prices to absurd levels. And the visual grammar of those early videos, sunsets, beaches, closed eyes, set expectations about what the instrument was for that many players have been pushing back against ever since.
The internet did something else too, less visible and arguably more important. It let would be builders find each other. Forums and later Facebook groups were where the craft knowledge that PANArt kept private was slowly, imperfectly reconstructed by people who had never met.
Short answer. Nobody knows exactly, and published estimates vary from around a hundred established workshops to several hundred builders in total. What is certain is the shape of the change: from two people in 2006 to a global craft in under twenty years.
The reason no one can give a firm number is that “maker” has no agreed boundary. It covers one person hammering shells in a garage and selling a dozen instruments a year, professional workshops with staff and multi year order books, and factories in China turning out hundreds of units a month. Counts also depend on whether you include everyone who ever sold an instrument or only those currently trading.
The estimates that circulate reflect that ambiguity. Public directories such as Master The Handpan’s list on the order of a hundred makers, while handpan publications writing in 2026 put the global figure at over two hundred once small solo builders are counted. Surveys of the field put the number whose instruments are considered professional quality at a fraction of that. The World Handpan Map and similar community directories list makers, players and teachers by region and give a rough sense of density without settling the question.
What is not in dispute is the trajectory and the geography. In 2006 there was one maker. Around 2012 there were perhaps four or five whose instruments were widely regarded as good. Through the second half of the 2010s the number grew rapidly across the United States, western and eastern Europe, Israel, Russia, Indonesia, Australia and increasingly China.
For a buyer the count matters less than the distribution of quality, which is very uneven. A large number of makers means a large number of ways to spend a lot of money on a mediocre instrument. It also means, for the first time, real choice: several makers will build almost any reasonable scale, and there are usually instruments in stock somewhere.
HIS-19How did buying one change from lottery lists to instruments in stock?#
beginner
Short answer. Supply caught up. In the late 2000s a handful of makers faced global demand and rationed access through waiting lists, lotteries and application forms. By the early 2020s there were enough builders that most instruments could simply be bought, and several retailers now hold stock.
The old system is worth remembering, because it explains a lot about the community’s culture. PANArt required handwritten letters and invited selected people to Bern. Pantheon Steel accumulated a waiting list reported at around thirty thousand names and abandoned strict chronological order in favour of other distribution systems, precisely because a queue that deep is meaningless. Other makers ran periodic sales that sold out in seconds, or drew names at random from applicants. Some still do.
Several developments dismantled this.
More makers. The single biggest factor. Hundreds of builders competing for buyers is a completely different market from four builders rationing scarcity.
Better process knowledge. Shell forming, heat treatment and tuning are still skilled hand work, but they are far better understood than in 2010, and a competent new maker reaches sellable quality faster than they used to.
Retailers. Specialist shops emerged that buy from multiple makers and hold inventory, so a buyer can compare several instruments in a room and walk out with one. That was unimaginable in 2010.
Factory production. Serial manufacture, largely in Asia, put playable instruments on general marketplaces at prices that undercut the craft sector by a wide margin.
Two things survive from the old world. Sought after individual makers still have waiting lists, sometimes long ones, and people still queue for them. And the community retains a strong preference for buying directly from the person who made the instrument, which is unusual in any instrument market and is a direct inheritance from the scarcity years.
HIS-20What changed technically over the first 25 years?#
advanced
Short answer. More notes, more materials, more consistency and better bottom shells. The core method, hammered and heat treated tone fields with tuned octave and fifth partials, has not changed at all.
Materials. PANArt’s nitrided Pang steel was the only game in town until other makers had to find their own answers. The field split. Nitrided mild steel remains widely used and is closest to the original. Various stainless steels became popular for their corrosion resistance, tuning stability and characteristically longer, brighter sustain. Some makers use proprietary treatments and refuse to specify. Players argue about the resulting timbral differences constantly and the argument is not settled, partly because maker skill swamps material choice in most comparisons.
Note count and layout. From eight or nine notes to instruments with a dozen or more, achieved by adding bottom shell notes around the Gu and by tightening top shell layouts. Bottom notes went from an oddity to a standard option. Layouts that break the alternating left right circle, sometimes called mutant layouts, appeared as makers explored what else the geometry permits.
Range. Both ends extended. Bass instruments with very low dings on large shells, and high pitched compact instruments, both became normal categories rather than experiments.
Consistency. This is the least glamorous and most important change. In 2010, two instruments of the same model from the same maker could differ noticeably. Good workshops now produce instruments that are genuinely repeatable, because shell forming, heat treatment and tuning have all been systematised, and because analysis software lets a tuner see the partial structure rather than infer it.
Tuning practice. Electronic analysis is near universal, which is a divergence from PANArt’s final position of tuning the Free Integral Hang entirely by ear. Most makers use both, checking by meter and deciding by ear.
What has not changed. Every tone field is still shaped by a person with a hammer, and tuning still takes hours per instrument. Nobody has automated it, and the attempts that have been made produce instruments that experienced players identify immediately.
HIS-21What did affordable factory made handpans change?#
beginner
Short answer. They dropped the entry price by roughly an order of magnitude, brought a very large number of new players to the instrument, and split the community between people who see this as democratisation and people who see it as a flood of poor instruments.
For most of the instrument’s life the cheapest realistic route in was a used craft instrument, and the price was a serious barrier. Serial production, largely in China, changed that. Playable instruments now appear on general marketplaces at prices comparable to a mid range guitar, and community sources describe a current market spanning from a few hundred to several thousand pounds depending on maker and specification.
What is genuinely good about this: a great many people who could never have justified a craft instrument now own one and play it. Teachers report that beginners arrive already able to play. Festivals and local groups have grown. And competitive pressure has pushed some craft makers to be clearer about what their price actually buys.
What is genuinely bad: quality at the bottom of the market is highly variable and frequently poor. Common problems include tone fields whose octave and fifth are not properly tuned in, so notes sound thin or beat unpleasantly, unstable tuning that drifts within months, crosstalk between fields, poor shell sealing, and instruments that arrive already out of tune. Because the marketplace listings look identical to good instruments in photographs, a first time buyer has almost no way to tell.
The honest position is that both things are true and the sensible advice is procedural rather than tribal. Judge the individual instrument, not the category. Listen to unedited recordings of the actual unit if possible. Prefer sellers who will accept returns. Understand that a cheap instrument may not be economically worth retuning if it drifts, because the tuner’s time costs more than the instrument did.
The category has also had a second order effect worth noting: it makes it much easier to try the instrument before committing, which used to be nearly impossible.
HIS-22Where does the instrument seem to be heading?#
intermediate
Short answer. Toward a normal instrument. Wider availability, a proper teaching tradition, more serious repertoire, and an unresolved legal question about who owns the shape of it.
Several trends look reasonably clear.
Normalisation. The handpan is losing its exotic status, which is good for it. It appears in film and television scoring, in ensembles with strings and voice, in electronic production, and increasingly in music education. The exotic phase produced a great deal of sunset improvisation; the normal phase produces players who can actually read a chart.
A teaching tradition. For most of the instrument’s life there was nobody to learn from. There is now a body of online courses, an international festival circuit, workshops and a slowly emerging consensus on technique. That is how an instrument builds a repertoire rather than a mood.
Instrument design. Expect continued work on range, on bottom shells, on layouts that are not simple circles, and on making instruments that play well with other instruments rather than only with themselves. Multi scale and modular designs surface periodically; none has yet become standard.
Market bifurcation. The gap between factory instruments and craft instruments is likely to widen rather than close, with the middle squeezed. That is what happened to guitars and it is what usually happens.
The legal question. This is the genuine wild card. PANArt’s copyright claims over the Hang’s design have been upheld repeatedly in Swiss courts, with the Bern Higher Court ruling in their favour on 2 July 2024, the Federal Supreme Court dismissing an appeal by Handpan Community United on 27 February 2025, and a further Bern Commercial Court decision on 16 June 2026 finding the large majority of around 250 submitted designs infringing, with substantial costs against the HCU parties and a right of appeal. Reporting notes that designs departing from the protected features, for example a concave rather than domed central note, or non circular tone field arrangements, fall outside the protected scope. If those decisions stand, they could reshape what makers in the affected jurisdictions are able to build.
Predicting the outcome would be foolish. What is worth saying is that the instrument itself is now far too widely made and played to disappear, whatever any court decides about its silhouette.
What a handpan is physically made of, what every part is called, and why it is built the way it is.
This section covers the object itself. The first file names the parts and explains what each one
does. The second deals with the metal: which steels are used, what nitriding and stainless
actually mean, and how the choice changes what you hear.
Two things are worth knowing before you start. First, almost nothing here is standardised. There
is no published specification for a handpan, makers differ on dimensions, sheet thickness, port
size and heat treatment, and the figures below are ranges observed across the market rather than
rules. Second, material names have drifted into marketing. “Nitrided” is a real process and
“Ember” is a real material, but both words are now used loosely enough that you should ask a
maker what they mean rather than assuming.
If you want to know why any of this produces the sound it does, that is
Acoustics and physics. If you want to know how the
shaping is done by hand, that is Making and tuning.
New to the instrument, read ANA-01
and ANA-11. Between
them they give you the vocabulary and the one material decision that affects every other choice
you will make.
About to buy, add ANA-09
and ANA-15. Note count and rust
behaviour are the two things buyers most often get wrong.
Short answer. Almost all of them start life as a thin sheet of steel formed into a hemisphere. The two main families are low carbon deep drawing steel, most often DC04, which is then usually gas nitrided, and ferritic stainless steel, most often AISI 430 or a maker specific variant such as Ayasa’s Ember.
The reason a specific grade matters is that the shell has to survive being deep drawn into a dome and then hammered for hours without cracking, while still being springy enough to hold a stable note afterwards. Deep drawing steels are designed for exactly the first half of that: they are low in carbon, very ductile and formable, and they draw into deep shapes without tearing. DC04 is the workhorse grade, part of the European EN 10130 family of cold rolled low carbon steels for cold forming. Some makers use the American equivalent territory, roughly AISI 1008.
PANArt described their own material, which they called Pang steel, as fine steel sheet whose soft ferric crystal matrix is infused with nitrogen at 580 degrees Celsius, forming hard nitride crystals and producing what they termed a high strength metal matrix composite. They were explicit about the properties they were chasing: high elasticity under hammer blows, strong restoring force so the sound does not distort, low internal damping, high modulus of elasticity and high tensile strength, and a surface that is pleasant to touch.
The stainless route is a different trade. Ferritic stainless such as 430 has enough chromium to resist corrosion without the nickel content of the more familiar austenitic grades, and crucially it stays magnetic and formable. It is harder to work and harder to tune, but it does not rust in normal use.
Raw or untreated DC04, with no nitriding at all, is used by some makers, usually finished with oil or a coating. It is the softest and easiest to tune, and by a wide margin the most rust prone.
Shells themselves may be bought in from specialist suppliers or drawn in house. Many small makers buy shells and do their own hammering, tuning and heat treatment.
ANA-11Nitrided, stainless or raw: what is the difference?#
beginner
Short answer. Raw is untreated low carbon steel: warm, easy to tune, rusts readily. Nitrided is that same steel case hardened in a nitrogen atmosphere: harder surface, crisper and more ceramic sound, much better rust resistance than raw but still not immune. Stainless is a chromium alloy that resists rust almost entirely and typically rings longer and brighter.
These are three genuinely different materials, not three finishes on one material.
Raw steel is DC04 or similar with nothing done to the surface beyond perhaps oil or paint. It is soft, which makes it forgiving to hammer and quick to tune, and it gives a warm, slightly dark tone. It is also the version that will rust if you leave a fingerprint on it overnight in a humid room. Very few makers sell raw instruments as a mainstream product, and those that do usually treat them as budget or experimental builds.
Nitrided steel is the historical mainstream, going back to PANArt. The finished shell is heated in a nitrogen rich atmosphere so nitrogen diffuses into the surface and forms hard iron nitrides. The result is a hard, dark grey to blue black surface over a still ductile core. Sound is typically described as percussive, ceramic or gong like, with a defined attack and a decay that is shorter and cleaner than stainless. Rust resistance is much improved over raw but is a coating not an alloy: scratch through it, or leave sweat on it, and rust can start. Ayasa, who nitride DC04 with a post oxidation step, stopped offering a rust free guarantee on their raw and nitrided DC04 material in November 2023, which tells you how honest the industry has become about this.
Stainless steel, typically AISI 430 or a proprietary variant, resists corrosion through its chromium content rather than a surface layer. It is virtually rustproof in ordinary conditions. Acoustically it is usually longer sustaining, brighter, with a softer attack and more harmonic layering. Critics of stainless describe the brighter grades as tinny or wild, and long sustain has a cost: notes overlap more, so fast rhythmic playing can turn into a wash.
There is no correct answer. Players who play percussively and want note separation often prefer nitrided. Players who play slowly, use a lot of sustain and dislike maintenance often prefer stainless.
ANA-12What does gas nitriding actually do, and why did PANArt use it?#
intermediate
Short answer. Gas nitriding holds the steel in an ammonia atmosphere at roughly 500 to 580 degrees Celsius so that nitrogen diffuses into the surface and forms hard iron nitrides. It hardens the skin without quenching, so the shell does not distort, and PANArt used it because it gave them a sheet that was stiff and elastic enough to hold a tuned note without damping it.
The metallurgy is well established outside music. Ammonia dissociates at the hot steel surface, freeing nitrogen that diffuses inward and combines with iron to form nitrides, principally Fe4N and Fe2 to 3N. Two zones result: a thin compound layer, often called the white layer, right at the surface, and beneath it a diffusion zone where nitrogen is dissolved in the lattice and fine nitride precipitates sit between the grains. In general engineering practice gas nitriding runs anywhere from about four hours to a hundred, and case depths of a few hundred micrometres are normal.
Two features matter for a handpan. First, the process runs well below the austenitising temperature of plain carbon steel, around 727 degrees Celsius, so there is no phase change and no quench. That means very little distortion, which is essential when your workpiece is a 1 mm hemisphere that has to stay round. Second, the hardening is a surface effect: the core stays ductile, so the shell can still take a hammer.
Handpan makers do not run engineering length cycles. On sheet a millimetre thick, a case a few hundred micrometres deep would be a large fraction of the wall. Ayasa describe their gas nitriding with post oxidation recipe as relatively brief compared with competitors, deliberately balancing sustain, workability and corrosion resistance. Longer cycles give more rust protection and a harder surface but make the shell harder to tune and can shorten sustain.
PANArt’s own framing was material science rather than protection. They described infusing nitrogen at 580 degrees to produce hard nitride crystals in a soft ferric matrix, giving a metal matrix composite with a high modulus of elasticity, high tensile strength, strong restoring force and low energy absorption. In plain terms: they wanted a sheet that springs back precisely and loses as little energy as possible to internal friction, because internal friction is what kills sustain.
The blue black colour on many nitrided instruments comes from the post oxidation step, not from the nitriding itself.
ANA-13What do makers mean by “ember steel”?#
intermediate
Short answer. Ember Steel is a stainless steel formulation introduced by Ayasa Instruments in 2020, distinct from standard AISI 430 in composition and mechanical properties. It has since drifted into general use as a loose marketing term, and you should not assume two makers using the word mean the same alloy.
Ayasa, run by brothers Ralf and Roy, arrived at it after roughly six years working with nitrided steel and testing a series of alternatives, including a high carbon steel they called Iddha. They settled on Ember in the summer of 2020. It is technically a stainless steel, but positioned between conventional nitrided DC04 and ordinary 430 stainless rather than being a variant of either.
The processing is different. Ember requires substantially higher annealing temperatures, quoted at between 550 and 650 degrees Celsius, against roughly 400 degrees for their nitrided work. That alone makes it a more demanding material to build with.
The claimed sound is long, controlled sustain with good note isolation and a responsive touch: longer sustain than nitrided steel but more controlled than plain stainless, and without the wild or tinny quality that some hear in bright 430 instruments. It does not rust in normal use and does not need oiling.
Two cautions. First, the exact composition is not publicly disclosed. Ember is a trade name, not a standards grade like DC04 or AISI 430, so you cannot look it up in a materials handbook. When a maker says Ember, ask whether they mean Ayasa’s material, shells bought from Ayasa, or their own similar stainless.
Second, “nitrided” has drifted in exactly the same way. It is a real, specific process, but the marketing use of the word covers a wide range of recipes with very different cycle lengths, case depths and post treatments. Two nitrided instruments from different workshops can differ more from each other than a nitrided one differs from a stainless one.
The useful takeaway is to treat material names as a starting point for a conversation with the maker, not as a specification. Ask what grade, what treatment, and how long the treatment runs. Makers who know their process will answer happily.
ANA-14How does the choice of steel change the sound?#
intermediate
Short answer. Steel choice mainly moves three things: the sharpness of the attack, the length of the decay, and how much high frequency content sits in the tone. Nitrided instruments generally give a crisper attack and a shorter, more defined decay; stainless generally gives a softer attack, longer sustain and more brightness. Everything else being equal, though, the maker’s skill matters more than the material.
The underlying mechanism is internal damping. Every time the steel flexes, a fraction of the energy becomes heat inside the metal rather than sound in the air. Alloys and heat treatments that lose less energy per cycle ring longer. That is why PANArt specified low energy absorption and high restoring force as design targets for their nitrided sheet, and why stainless, which is generally lower loss in this respect and also stiffer, tends to sustain longer.
What players actually report:
Nitrided. Percussive, ceramic or gong like. Clear attack transient, quicker decay, good note separation. Suits rhythmic and fast playing, because notes get out of each other’s way. Some describe it as drier or more focused.
Stainless (430 and similar). Notes ring out longer with a warm sustained tone that layers harmonically. Softer attack, smoother onset. Suits slow, meditative, ambient playing. The trade off is that fast passages can blur, and the brightest examples can sound thin or metallic.
Ember and similar proprietary stainless. Positioned between the two: long but more controlled sustain, fuller and less metallic than plain stainless.
Raw steel. Warm and soft, short lived in practice because it is rarely left untreated for long.
Long sustain also interacts badly with crossover, the wave interference in the air cavity that makes certain notes wobble. Saraz measured this in detail: on their 21 inch shells, B flat 4 shows the most intense interference in their note range, with typically 20 to 50 cents of wobble in the sustain no matter how well the note is tuned. The affected band shifts with shell diameter, sitting around C5 on 19 inch shells and B4 on 20 inch. A longer sustaining material simply gives you more time to hear that wobble.
Be sceptical of firm claims that one material is louder. Volume depends far more on tone field size, shell geometry and how you strike than on the alloy.
Short answer. Raw steel rusts readily and needs constant care. Nitrided steel resists rust well but is not rustproof, and will corrode where the surface is worn, scratched or repeatedly exposed to sweat and salt air. Stainless, including Ember, is effectively rustproof in normal use.
The difference is where the protection lives. Stainless protects itself through its bulk chemistry: chromium in the alloy forms a self repairing passive oxide film, so a scratch heals. Nitriding protects through a surface layer. Break the layer and the ordinary low carbon steel underneath is exposed, and it behaves like ordinary low carbon steel.
In practice, nitrided instruments are fine for most owners in most climates provided they are wiped down after playing and oiled occasionally. The situations that cause trouble are consistent and worth naming:
Sweaty hands, especially salty sweat, left on the surface after a session.
Coastal air. Salt laden humidity attacks nitrided surfaces persistently.
Condensation from taking a cold instrument into a warm room and leaving it in a closed case.
Water pooling inside the shell through the gu, which is the part nobody inspects.
Wear at the ding and at the note centres where hands repeatedly land, which slowly polishes the compound layer away.
The industry has become notably more candid about this. Ayasa withdrew their rust free guarantee for raw and nitrided DC04 in November 2023, saying buyers may encounter rust spots despite protective measures. That is a straightforward statement of reality rather than a defect.
Stainless owners are not entirely exempt. Ferritic stainless can develop surface staining from iron particles picked up from other tools or from hard water, which looks like rust but is contamination sitting on top of an intact surface and usually cleans off. Genuine pitting on a 430 instrument is rare and normally means aggressive chemicals or prolonged salt exposure.
The one thing that damages every type is neglecting the inside. Air moves in and out of the port constantly, moisture comes with it, and there is no easy way to wipe the interior. Storing the instrument port down in a dry place, and never sealing a damp instrument in a case, does more good than any oil.
Short answer. Oils are the standard maintenance layer: a thin film that excludes moisture and needs reapplying. Lacquers and paints are permanent coatings applied by the maker. Anything you add yourself adds mass and damping to the tone fields, so thin and even is the rule.
Oils. Almost every nitrided or raw instrument ships with advice to oil it. The purpose is simple: a molecular layer of oil keeps water and sweat off the steel. Makers commonly recommend a light mineral or specialist instrument oil, and some sell their own. The important technique points are that the film should be very thin, applied to a clean dry surface, and buffed off rather than left sitting. A thick oil layer collects dust, goes gummy and audibly damps the high partials.
Which specific oil to use is genuinely contested, and it is one of those topics where confident advice outruns evidence. Follow your maker’s recommendation, because they know what their surface treatment tolerates.
Lacquers and clear coats. Some makers apply a thin clear coat at the factory, and it is generally effective and stable. Applying one yourself is a bad idea. Coating thickness has a direct acoustic cost, uneven application detunes fields unevenly, and most coatings cannot be removed later without abrasives that will take the tuning with them.
Paint and decorative finishes. Painted handpans exist, usually as art pieces or on the mantle and bottom shell where the acoustic cost is lowest. Paint on tone fields adds mass and damping and will flatten the notes and shorten sustain. How much depends entirely on how thick it is. A maker who paints and then tunes has accounted for it; paint added after tuning has not been accounted for at all.
Historical curiosity. PANArt’s 2006 generation Hang carried an annealed brass coating over the nitrided steel with a brass ring around the circumference. This was a deliberate acoustic and protective choice by the makers, not decoration, and it was removed again in later generations.
The general principle: any layer you add is part of the vibrating system. Makers choose coatings before or during tuning so the tuner can compensate. Owners adding layers afterwards are changing an instrument that has already been finished.
ANA-17How thick is the sheet, and why does it matter?#
advanced
Short answer. Most handpan shells start from sheet somewhere around 0.8 to 1.25 mm, with about 1 mm being the common reference point. Thickness sets how stiff the tone fields are, how much steel the tuner has to work with, how long the instrument sustains and how heavy it is.
The concrete figures that makers publish cluster tightly. PANArt described deep drawing a nitrided sphere of 1 mm sheet. Ayasa publish 0.9 to 1.0 mm for their DC04 shells. Different makers and different shell sizes vary either side of that, and thickness is usually chosen alongside shell diameter and the intended note range rather than in isolation.
Why it matters:
Pitch and field size. The fundamental of a tone field rises with stiffness and falls with area. Thicker sheet is stiffer, so a given pitch needs a larger field. That is why low bass instruments are often built from thinner sheet on larger shells: both changes push in the same direction.
Tuning headroom. Hammering thins the metal locally. A tuner working a field is spending thickness, and there is a finite supply. Start from thin sheet and there is less room to correct partials, less room for future retuning, and a greater chance of the field going dead or developing a crack. Start too thick and the field becomes very hard to move at all, and the instrument is heavy.
Sustain. Thicker sheet generally sustains longer, all else equal, because a stiffer, more massive field stores more energy relative to what it loses per cycle. This is one of the reasons stainless instruments, which are often built slightly thicker to survive the harder working, tend to ring long.
Durability. A thicker shell tolerates a knock better and drifts less from heavy playing. Thin, heavily worked fields are where dents and cracks appear first.
Weight. Sheet thickness is one of the main levers on the instrument’s mass, alongside diameter and depth, which is why weights vary by a kilogram or more across otherwise similar instruments. See ANA-08.
Do not read thickness as a quality metric. It is a design choice made in combination with steel type, shell size and target scale. A maker who has settled on 0.9 mm for a high register instrument has probably thought about it more carefully than someone quoting a number as a selling point.
ANA-18How can I tell what steel my instrument is made of?#
intermediate
Short answer. Ask the maker, and check your paperwork. There is no reliable home test, and in particular the magnet test does not work, because the stainless grades used in handpans are ferritic and therefore magnetic just like ordinary steel.
The magnet myth is worth killing properly. People learn that stainless is non magnetic from kitchen equipment, which is usually austenitic 304 or 316. The stainless used for handpans is AISI 430 and relatives, which are ferritic: chromium without the nickel, and firmly magnetic. A fridge magnet sticks to a 430 handpan exactly as it sticks to a nitrided one. The test tells you nothing.
What does help:
Documentation. Most reputable makers state the material on the invoice, the website product page or a tuning report supplied with the instrument. That is the primary source and it is usually right.
Colour and finish. Nitrided instruments are typically dark grey to blue black, sometimes with a faint blue or purple sheen from post oxidation. Stainless is usually a lighter, greyer, more metallic silver, sometimes with a brushed or satin finish. This is suggestive, not proof: makers apply all sorts of finishes and some stainless instruments are darkened deliberately.
Rust behaviour over time. The most decisive everyday evidence. If small orange spots appear where your hands sit, or in the interior, the base metal is carbon steel with a surface treatment. Genuine stainless does not do this in ordinary conditions, though it can pick up surface staining that wipes off.
Sound and feel. Experienced players will make a guess from the attack and decay: crisper and shorter suggests nitrided, longer and brighter suggests stainless. It is a reasonable guess and often wrong, because build quality and shell size push in the same directions.
If the instrument is second hand with no history and the maker is unknown or unreachable, accept that you may not find out. In that case treat it as nitrided for care purposes, meaning wipe it after playing and oil it occasionally. That regime is harmless on stainless and necessary on everything else.
The vocabulary of the instrument, what each part does, and the physical dimensions you can expect.
ANA-01What are all the parts of a handpan called?#
beginner
Short answer. From the top down: the ding in the centre, a ring of tone fields around it, each with a dimple or dome at its centre, the untuned shoulder or interstitial steel between them, the rim or flange where the two shells meet, and on the underside the bottom shell with its gu port.
The instrument is built from two deep drawn steel half shells joined at their edges, producing a hollow shape often described as a convex lens or a flying saucer. The upper piece is the top shell (also called the ding side); the lower is the bottom shell or gu side.
On the top shell:
Ding. The single note hammered into the centre, usually raised into a dome. Some makers make it slightly concave instead.
Tone field. The oval or elliptical playing area of each note. Everything inside its boundary is tuned; everything outside is not.
Dimple (also impex in some makers’ vocabulary). The small indentation or raised bump at the centre of a tone field. It stiffens the middle of the field, helps set the boundary conditions of the vibrating area and gives your hand a visual and tactile target.
Shoulder. Strictly, the flat area around the base of the ding connecting it to the untuned steel. Loosely, people use “shoulder” for any of the untuned metal between tone fields, which is more precisely called the interstitial area.
Mantle. The curved outer wall of the shell running down from the note circle to the rim. On some instruments it is played deliberately for a dull, woody slap.
On the bottom shell:
Gu. The port, sound hole or opening, usually round, sometimes oval on PANArt instruments. Often surrounded by a short inward or outward curving neck.
Bottom notes. Tuned fields hammered into the gu shell on some instruments. See ANA-05.
Rim and flange are used almost interchangeably for the joined edge. Makers often fit a rubber or rope ring there to protect it.
ANA-02What is the ding and why is it in the centre?#
beginner
Short answer. The ding is the single note in the middle of the top shell. On nearly all instruments it is the lowest note and the tonic of the scale, and it sits centrally because that is where the largest, deepest tone field will fit and where the shell’s own geometry supports the lowest pitch.
Practically, the centre is the only place on the top shell with enough uninterrupted area for a big, low tone field. Pitch on a hammered steel field falls as the field grows and as the steel is thinned and stressed. The lowest note therefore needs the most room. Placing it centrally also means the note circle can be laid out symmetrically around it.
Musically, the ding does more work than any other note. Because it is the tonic it is the note you return to, and because it is the biggest field it moves the most air, so it functions as both the bass and the anchor of the harmony. Many players build entire pieces around a ding pulse with the note circle answering it.
The ding is normally hammered convex, standing proud of the surrounding steel as a dome. PANArt’s later Hang generations experimented heavily with this shape, including a triple dome ding on the Free Integral Hang from 2010. The dome shape does two things: it stiffens the field so that a large area can still hold a stable pitch, and it changes the way energy leaves the field into the shell.
Like the other notes, a well made ding carries three tuned partials: a fundamental, an octave above it, and a fifth above that octave. The 2006 generation Hang, for example, had a D3 ding with its partials tuned into that relationship. Getting all three aligned on a field that large is one of the harder parts of building the instrument, which is why a weak or wobbly ding is a common giveaway of a rushed build.
A small number of instruments deliberately break the convention: dings tuned above the lowest note of the circle, or two dings on one shell. These are unusual and are normally sold as such.
ANA-03What is a tone field and why are the notes in a zigzag?#
beginner
Short answer. A tone field is the shaped, stressed area of steel that produces one note. They are arranged so that consecutive notes of the scale alternate from side to side around the ding rather than running in order around the circle, which both makes two handed playing natural and reduces unwanted interaction between neighbouring notes.
A tone field is not a separate piece of metal. It is a region of the same continuous shell that has been hammered into a shallow elliptical dish, thinned and prestressed until it behaves as a semi-independent vibrating plate. The untuned interstitial steel around it acts as a boundary, holding the field in place and largely stopping its vibration from spreading across the shell.
Look at a standard eight note circle and follow the scale from the lowest note upward. Instead of walking once round the ring, the notes hop: low on the left, next on the right, next back to the left, and so on, climbing in a zigzag until the highest notes meet at the far side from the ding. This is sometimes called the alternating or zigzag layout and it is close to universal.
There are two reasons for it. The playing reason is ergonomic. Scale runs fall alternately under the left and right hand, so an ascending line becomes a natural alternation of hands rather than one hand chasing round the circle. It also puts thirds and fifths, which you often want to play together, physically adjacent on the same side.
The acoustic reason matters just as much. Notes that are close in pitch and close in space excite each other strongly through the shell and through the air. Putting scale neighbours on opposite sides of the instrument reduces that bleed, keeping individual notes cleaner and giving the tuner a better chance of stabilising each one. What you do get, deliberately, is that the notes which end up physically adjacent tend to be a third or a fourth or a fifth apart, so when they ring sympathetically they ring consonantly.
Field size shrinks as pitch rises, so the layout also spirals visually: the big low fields nearest the ding, the small high ones crowded at the top of the circle.
Short answer. The gu is the hole in the bottom shell. It turns the sealed body into a Helmholtz resonator, adding a deep bass tone well below any of the tuned notes, and it lets the enclosed air move so the two shells can work together instead of fighting each other.
Without a port, the air inside would be a stiff sealed spring. Every strike would have to compress it, which stiffens the tone fields, raises their pitch and kills sustain. The port relieves that. It gives the trapped air somewhere to go.
More interestingly, the plug of air in the port has mass, and the air in the cavity behind it acts as a spring. That mass on a spring has a natural frequency of its own, and that is the Helmholtz resonance. On handpans it usually falls somewhere between roughly C2 and G2. PANArt measured the Hang’s cavity resonance at about 85 Hz and said it could be found in every spectrum of the instrument’s sound. Saraz report their own instruments generally landing between about E flat 2 and F2, varying with shell size and port design.
That resonance is not a note you have to play deliberately. It colours everything. Strike any tone field hard and some of the energy goes into the cavity, and the cavity answers with its own low breath underneath. It is a large part of why a handpan sounds bigger and warmer than its size suggests.
Port dimensions vary by maker and are one of the levers used to place that resonance. Ayasa publish an 82 mm port on their DC04 shells, for example; other makers run larger or smaller and shape the neck inward or outward. A longer or narrower neck lowers the resonance, a wider one raises it. Covering part of the port with your leg or hand lowers it further, which is why the instrument sounds different on a lap, on a stand and on the floor.
The gu is also the access point for the inside of the instrument, which matters for cleaning and for spotting rust.
Short answer. Bottom notes are tuned tone fields hammered into the lower shell, played by reaching underneath or by turning the instrument over. A mutant is a handpan whose layout departs from the classic ding plus one circle, most commonly by adding extra notes between the ding and the outer ring.
The word mutant came out of the maker community rather than from any manufacturer’s marketing, and it is used loosely. Strictly it means any instrument whose note layout has been mutated away from the original PANArt pattern. In practice most people use it for instruments with one to four extra fields squeezed into the interstitial space between the ding and the note circle. A common configuration is a nine note instrument plus two mutants, sold as a twelve note handpan once the ding is counted.
Bottom notes are a separate idea. Here the gu shell, which on a classic instrument is acoustically passive apart from the port, is given its own tuned fields. Some are laid out to be played with the instrument on a stand and the player reaching under; others assume you will flip the instrument to switch between two sets of notes. A few makers produce genuinely double sided instruments where both faces carry a full circle.
The appeal is obvious: more notes means more of the scale, more modulation, more chords. The costs are real and worth understanding before buying:
Crowding. Every added field takes area away from the untuned steel that isolates the existing notes. Push too far and notes start to bleed into one another, sustain shortens and the tuner has less room to stabilise each field.
Volume and projection. Bottom notes fire into your lap or the floor. They are usually quieter and duller than top shell notes and can be awkward to record.
Tuning stability. More stressed fields in less steel generally means an instrument that drifts sooner, especially if the build was rushed.
Reach. Mutants sit in the middle band of the instrument, which is comfortable. Bottom notes are not, and some players never use them.
None of this makes extended layouts bad. It does mean that a well made nine note instrument will usually outplay a mediocre fifteen note one, and that extra notes are a good reason to be fussier about the maker, not less.
ANA-06Why are the two shells glued rather than welded?#
intermediate
Short answer. Because welding puts heat into the steel, and the tuning of a handpan lives in carefully built up mechanical stress that heat relaxes. A cold adhesive joint holds the shells together without touching the tuning, and the glue line also damps the seam.
Tuning a tone field is not like tightening a string. The tuner is hammering the steel into a specific curvature and a specific state of internal prestress, then relieving and rebuilding that stress until three partials sit where they should. That stress state is the note. Anything that anneals the metal, meaning heats it enough to let dislocations move and stresses redistribute, undoes it. A weld bead at the rim is easily hot enough to do that locally, and thin sheet also distorts as a weld cools, which pulls the whole shell out of shape.
Adhesive avoids all of that. The shells are cleaned, an industrial structural adhesive is applied around the flange, and the joint cures at room temperature or with gentle warming. Makers are generally cagey about which product they use, but two part epoxies and structural polyurethanes are the usual families.
There is a second, acoustic argument. A welded rim would be a stiff, continuous, low loss joint, which would let vibration travel freely between the shells and around the circumference. A glue line is comparatively lossy. It joins the shells mechanically while damping the seam, which helps keep the rim acoustically dead and stops the boundary of the instrument ringing along with the notes.
It is not universal. Some builders do weld or spot weld, and it can be done well provided the joining happens before final tuning rather than after, so the tuner has the last word. A few use bolted or clamped rings. But the mainstream of the craft is adhesive, and it is the reason care advice keeps telling you not to leave the instrument in a hot car: the glue line is one of the least heat tolerant parts of the whole object.
The practical consequence for owners is that the seam is a repairable but serious failure point. A separated rim is a workshop job, not a home one.
Short answer. Almost nothing directly, and that is the point. The rim is deliberately made stiff, heavy and lossy so that it acts as an acoustic termination: it stops shell vibration at the edge of the instrument rather than radiating it.
Think of the top shell as a curved plate carrying several semi-independent vibrating regions. Energy that escapes a tone field travels outward through the interstitial steel as bending waves. If those waves reached a free, springy edge they would reflect back into the shell, setting up whole-instrument modes that would smear every note and make tuning nearly impossible. The rim’s job is to soak them up.
Three things make it work. First, geometry: the shells curve sharply inward at the flange, and a tight radius is very stiff in bending, so waves arriving there meet a large impedance mismatch and transmit poorly. Second, mass: the doubled sheet plus adhesive plus any fitted band is heavier per unit length than the surrounding shell. Third, damping: the adhesive layer converts a share of the arriving energy to heat rather than storing and returning it, and any rubber or rope ring adds more.
That is also why the rim is not a playing surface on most instruments. Strike it and you get a dull tap with little pitch and no sustain. There are exceptions worth knowing about. PANArt’s Integral Hang produced usable F and F sharp tones when the rim was struck, which was a deliberate feature of that design rather than an accident.
The seam has one more role: it sets the boundary condition for the enclosed air. The cavity is only a Helmholtz resonator because it is sealed everywhere except the port. A leaking or partially separated seam adds a second, uncontrolled opening. The audible symptom is usually a weak or shifted gu tone and a general loss of body, sometimes with a buzz. If an instrument suddenly sounds thin and hollow and nothing about the notes has changed, check the seam before you blame the tuning.
Going deeper. Because the rim is the boundary, its diameter also fixes the internal path lengths of the air cavity, which is what puts crossover frequencies where they are on a given shell size. See PHY-13.
Short answer. A standard instrument is roughly 50 to 55 cm across, about 20 to 27 cm deep, and weighs around 3.5 to 5 kg. Across the whole market, including minis and large basses, diameters run from roughly 45 to 65 cm and weights from about 2.5 kg upward.
The original Hang was 52 cm in diameter and 24 cm high, and that set the pattern. Most modern makers cluster very close to it. Ayasa, for example, publish a 552 mm shell diameter with a 530 mm tuning ring on their DC04 shells. Working in inches, the trade commonly refers to 19, 20 and 21 inch shells, which is roughly 48, 51 and 53 cm. Saraz build all three and note that shell diameter is the single most influential factor in where wave interference lands, which is a large part of why makers standardise on a small number of sizes rather than making each instrument to order.
Weight varies more than diameter, because it depends on sheet thickness, shell depth and the steel. A typical figure for a full size instrument is 3.5 to 5 kg: a 53 cm Ayasa in Ember steel, for example, is published at 4.5 kg. Minis run down towards 2.5 to 3 kg and large bass shells go the other way. Stainless instruments tend to sit at the heavier end. This is worth thinking about if you play seated with the instrument on your lap for long stretches, and it matters a lot for travel: with a decent padded backpack case you are usually carrying 6 to 8 kg total.
Smaller instruments do exist. Minis run down to around 40 to 45 cm and carry fewer, higher notes; they are lighter and more portable but give up bass, volume and sustain. Larger shells above about 55 cm are usually built for low bass scales, where the big low tone fields simply need the area.
Depth is the least discussed dimension but it matters, because it sets the cavity volume and therefore the Helmholtz resonance. A deeper shell of the same diameter has a lower gu tone.
Treat every figure here as a range that varies by maker and model. Nobody in the industry works to a published standard, and manufacturers’ own specifications are the only reliable numbers for a particular instrument.
ANA-09How many notes fit on a shell, and why is there a limit?#
intermediate
Short answer. A standard instrument has a ding plus seven to nine notes in the circle, so eight to ten in total. Extended layouts reach the mid teens or higher using mutants and bottom notes. The limit is geometric: every tone field needs area, and every field also needs untuned steel around it, and a shell only has so much of both.
The first generation Hang had eight tone fields around the ding. Modern makers most often build nine in the circle, with mini instruments dropping to seven. Beyond that you are into extended layouts, and there the constraints start to bite.
Three things set the ceiling.
Pitch needs area. A tone field’s fundamental falls as the field gets larger and as the steel is thinned. Low notes therefore need big fields. This is why extended low scales need bigger shells and why the extra notes on a mutant are almost always in the middle or upper register: those fields are small enough to fit into the gaps.
Isolation needs the space between fields. The untuned interstitial steel is not wasted material. It is what stops one field’s vibration reaching the next. Squeeze the fields together and you get audible bleed: strike one note and its neighbour answers loudly, sustain drops because energy leaves each field faster, and the notes lose their individual identity.
Tuning needs headroom. A tuner works a field by hammering into it and into the metal immediately around it. If there is no immediate surrounding metal, because another field is already there, there is much less room to correct a partial without disturbing the neighbour. Tuning a crowded shell is genuinely harder, takes longer, and tends to produce instruments that drift sooner.
There is also a curvature limit: the shell is a dome, so the closer you get to the rim the more sharply the surface falls away, and a tone field needs a reasonably flat patch to sit in. That effectively rules out the outermost band of the shell.
The honest summary is that note count trades against note quality. Somewhere around ten to twelve notes on a standard shell most makers start describing further additions as compromises. That threshold varies by maker, shell size and scale, and skilled builders push it further than others.
Why a shaped sheet of steel makes that sound, what the three tuned partials are, and what “in tune” actually means here.
This section explains the mechanism. The first file works outward from a single struck tone
field: how it makes a pitch, what the tuned partials are, and why the note behaves as it does.
The second deals with the air inside the shell, which is an instrument in its own right. The
third covers tuning as a measurable thing rather than a mystical one.
The handpan attracts more confident physics than most instruments, a good deal of it wrong. Where
something is genuinely settled, such as the three tuned partials or the Helmholtz resonance of
the cavity, these pages say so and give the numbers. Where figures vary between instruments, such
as the exact Helmholtz frequency or how long a note sustains, they give a range and say it
varies. Where a claim is popular but unsupported, such as the health arguments for A=432, they
say that too.
The physical vocabulary used throughout is defined in
Anatomy and construction. Nothing here needs maths
beyond reading a ratio, though a few advanced questions go further for those who want it.
If you read only two, read PHY-02
and PHY-09.
The three tuned partials explain the notes; the Helmholtz resonance explains everything
underneath them. Almost every other question in this section follows from those two ideas.
If you are troubleshooting a note that sounds wrong, go to
PHY-03 first and
PHY-14
second. Wobble is not always drift, and the difference matters: one can be retuned, the other
cannot.
The air inside the instrument is an instrument of its own. What it does, how to play it, and how the shell shapes everything.
PHY-09What is Helmholtz resonance in plain terms?#
beginner
Short answer. It is the note you get when you blow across the top of a bottle. A container of air with a hole in it has a natural frequency, because the plug of air in the hole acts as a mass and the air inside the container acts as a spring. On a handpan the cavity is the bottle and the gu is the hole.
The mechanism is a mass on a spring, and nothing more complicated than that. Push the plug of air in the neck inward and it compresses the air inside, which pushes back. The plug overshoots outward, the inside air is now rarefied and pulls it back, and the oscillation continues at whatever rate that particular mass and that particular springiness produce. The steel is not vibrating in this mode at all. It is the air doing the work.
The frequency is given by
f = (c / 2π) × √( A / (V × L) )
where c is the speed of sound in air, roughly 340 m/s, A is the cross sectional area of the port, V is the volume of the cavity and L is the effective length of the port neck. The effective length is a little longer than the physical neck, because air just outside and just inside the opening moves along with the plug; the usual correction is about 0.6 times the radius at the outer end and about one radius at the inner end.
Read off what the formula tells you. A bigger cavity gives a lower frequency, which is why a deep shell has a deeper gu tone than a shallow one of the same diameter. A bigger port gives a higher frequency, because more air mass moves per unit of pressure change. A longer or narrower neck gives a lower frequency, which is why makers curve the neck of the gu inward or outward.
It is a general phenomenon, not a handpan speciality. A guitar body and its sound hole form a Helmholtz resonator, typically tuned near the second lowest string. Car cabins do it when you open one window at speed. Bass reflex loudspeaker ports are deliberate Helmholtz resonators.
PHY-10How does the gu port create the deep bass whoosh?#
beginner
Short answer. Any energy you put into the instrument shakes the enclosed air, and the cavity answers at its Helmholtz frequency, which on most handpans sits somewhere between roughly C2 and G2. That is well below every tuned note, so it reads as a bass undertone rather than as a pitch you played.
Strike a tone field and it does not only push air outward into the room. It also pushes air inward into the cavity. That inward push is a broadband impulse, and it contains energy at every frequency, including the cavity’s own. The cavity picks out its resonance from that impulse and rings on it, driving the plug of air in the port in and out. Because the port is a large, well coupled opening firing into the room, the resulting low frequency radiates efficiently despite being a small share of the total energy.
The measured figures are consistent across makers, with the expected variation. PANArt found the Hang’s cavity resonance at about 85 Hz, which is close to F2, and stated that it could be detected in all spectrums of the instrument’s sound. Saraz report a general handpan range of about C2 to G2, with their own instruments typically landing between E flat 2 and F2 depending on shell size and port design. Since it varies with cavity volume and port geometry, expect any given instrument to sit somewhere in that band rather than at a fixed value.
Two things follow from this that players notice quickly.
It is always there. You do not have to do anything to hear the whoosh. It sits under every note as a warmth and a body that the instrument would sound thin without. This is a big part of why a handpan sounds much larger than its physical size.
It moves. Anything that changes the effective port area or neck length changes it. Resting the instrument on your thighs partly covers the port and lowers it. Sitting it flat on the floor obstructs it more. Lifting it clear raises it and lets it project. Makers exploit this too: covering the port or adjusting leg position is a standard way of bending the gu tone during play.
Short answer. The gu tone is the Helmholtz resonance played deliberately, by striking or slapping over the port with an open hand so that you drive the air plug directly. It is a deep, dry, bass thump, and bending it by opening and closing your hand over the port is one of the standard expressive techniques on the instrument.
Playing a tone field excites the cavity indirectly. Playing the gu excites it directly: you use your hand as a piston at the mouth of the port.
The basic technique is to reach under the instrument, or tilt it, and strike the area around and over the gu with a relaxed cupped or flat hand. Aim for a slap that momentarily seals and then releases, rather than a hard hit on the steel. The steel around the port is not tuned and hitting it firmly does nothing useful; the sound you want is the air moving.
Variations worth practising:
Open slap. Hand strikes and leaves immediately. Gives the fullest, most open gu tone at its natural frequency.
Closed or muted slap. Hand strikes and stays, partly covering the port. Lengthens the effective neck and shrinks the effective opening, so the pitch drops and the decay shortens. This is the classic bass bend.
Continuous modulation. Hover a hand over the port and move it while notes ring on the top shell. Because the Helmholtz resonance is present in everything you play, moving your hand sweeps the low end of the whole instrument. It is subtle, and it is very effective in a recording.
Knee and leg control. How you sit changes the port coverage continuously and without occupying a hand. Many players use this without ever thinking about it.
PANArt built explicit variations on this idea. On the Integral Hang, partially blocking the gu produced a sympathetic D2. Their later Gubal replaced the central ding with a hand wide inwardly curved opening and made the deep cavity tone a primary voice, with a gung bass note at roughly 78 Hz, close to E flat 2.
The main practical caution is ergonomic rather than acoustic. Reaching under a four kilogram instrument on your lap for extended periods is awkward, and playing the gu is much easier on a stand or with the instrument tilted on one thigh.
PHY-12How does the air cavity couple the two shells?#
advanced
Short answer. The enclosed air is a shared spring touching the inside of both shells at once. Vibration of the top shell compresses it, and that compression pushes on the bottom shell, and vice versa. The two shells are therefore not independent: they are two plates joined at the rim and coupled through the air between them, and they behave as one system.
There are two coupling paths between the shells and it is worth separating them.
The structural path is the rim. Bending waves in the top shell can in principle travel round the flange into the bottom shell. In practice this path is deliberately weak, because the rim is stiff, massive and damped by the adhesive joint. That is by design; see ANA-07.
The air path is the one that matters. Because the cavity is enclosed, any inward motion of one shell raises the internal pressure everywhere in the cavity almost instantly at low frequencies, and that pressure acts on every internal surface, including the whole of the other shell. Below the first standing wave frequency of the cavity, the air behaves as a single lumped spring and the coupling is essentially uniform.
The consequences:
The bottom shell is part of the instrument even though nothing is tuned on it. It is a large, relatively compliant plate that the cavity air drives. It radiates, and it stores and returns energy. Instruments with bottom notes make this explicit, but it is true even of a plain gu shell.
The cavity loads every tone field. A tone field pushing inward against an air spring behaves slightly differently from one radiating into free air. This is why sealing the port entirely raises the pitch of the notes and kills their sustain: the cavity becomes a stiff sealed spring with nowhere for the air to go.
Damping one shell damps both. Anything that touches the bottom shell, your legs, a cushion, the floor, adds mass and damping to a component that the whole system leans on. This is a real and audible effect, not a marginal one.
Above the frequency where the cavity’s own dimensions start to matter, the lumped spring model breaks down and standing waves take over. See PHY-13 and PHY-14.
PHY-13Why is a handpan louder when I lift it off my lap?#
intermediate
Short answer. Because your legs are doing two things at once: damping the bottom shell, which is an active radiating part of the instrument, and partly blocking the gu port, which is the main route by which low frequency energy escapes into the room. Lift it clear and you remove both restrictions.
Take the two separately.
Damping. Flesh is an excellent absorber. Where your thighs contact the bottom shell they add mass and, more importantly, convert vibration into heat rather than reflecting it. Since the cavity air couples the bottom shell to everything else, damping it removes energy from the whole system, not just from the part you are touching. Notes get quieter and shorter, and the loss is concentrated in the low end where the bottom shell is most active.
Port obstruction. Your legs, and often a cushion or a strap, partly cover the gu. That does two things. It reduces the effective opening area, which lowers the Helmholtz frequency, and it restricts the airflow, which reduces how much bass energy actually reaches the room. Together they make the instrument sound smaller and duller.
This is why the same instrument can seem transformed on a stand. A good stand contacts the rim, which is already acoustically dead, and leaves the whole bottom shell and the port free. Players comparing instruments in a shop should insist on hearing them the same way, because lap versus stand makes a bigger difference than many of the differences they are trying to judge.
Some practical corollaries:
If you play on your lap, a thin foam ring or a proper lap cushion that supports the rim rather than the dome preserves much more of the sound than resting the shell directly on your thighs.
Sitting the instrument flat on a hard floor is the worst case: near total port obstruction plus a large damped contact area.
Conversely, lap damping is a legitimate expressive tool. Lifting one thigh during a phrase opens the instrument up audibly, and some players use exactly that.
None of this is unique to handpans. Guitarists notice the same thing when a body is pressed against a chest, and the mechanism is the same: the resonator needs to be free to move and the port needs to be free to breathe.
PHY-14How do shell geometry, standing waves and crossover shape the sound?#
advanced
Short answer. Above the Helmholtz region the air in the cavity supports standing waves whose frequencies are set by the internal dimensions, and the shells themselves have whole body bending modes. Where a tuned note lands close to one of these, the two interfere and the note develops an audible wobble in its sustain. Players and makers call that crossover or wave interference.
The Helmholtz resonance treats the cavity air as one lumped spring, which is a good model only at low frequencies. Higher up, sound waves travelling across the cavity begin to reflect off the internal surfaces and reinforce or cancel at particular frequencies determined by the path lengths. Since path lengths are fixed by shell diameter and depth, so are those frequencies.
Saraz have published the most concrete measurements available and they map cleanly onto that model. Their primary interference band, described as the most intense and extending over roughly 150 cents, tracks shell diameter directly:
Shell diameter
Worst affected note
Also affected
19 in (48.3 cm)
C5
B4
20 in (50.8 cm)
B4
B flat 4
21 in (53.3 cm)
B flat 4
A4
Larger shell, lower affected note, exactly as longer path lengths predict. They also identify a secondary, much subtler band producing 3 to 12 cents of instability, again shifting with diameter.
On their 21 inch instruments they describe B flat 4 as the worst case in their range: no matter how well the note is tuned, there is typically 20 to 50 cents of wobble in the sustain, particularly when it is the fundamental of a note. That is a large number, and the honest conclusion is that it is a geometric property of the instrument, not a tuning fault.
Temperature and humidity shift these frequencies because they change the speed of sound. Saraz note that A4 on a 21 inch chamber sounds good at around 27 degrees Celsius but becomes problematic below about 16.
What makers do about it: build several shell diameters so a problem note can be moved to a different shell, avoid offering scales that put an important note in the worst band, and experiment with internal baffling. Saraz report that closed cell foam and neoprene reflect rather than absorb and are modestly effective at particular positions, but rarely eliminate the interference.
Going deeper: the rim and the dome. The two pieces of geometry that are not tone fields do more than hold the instrument together. The rim is deliberately stiff, massive and damped by its adhesive joint, which makes it an acoustic termination: bending waves arriving there meet a large impedance mismatch and are absorbed rather than reflected back into the shell as whole-instrument modes. It also seals the cavity, which is the precondition for any Helmholtz behaviour at all, and its diameter fixes the internal path lengths that put the crossover bands where the table above shows them. The dome, meaning the overall convex curvature of each shell, is what makes thin sheet stiff. A curved plate resists bending far more than a flat one of the same thickness, which is what lets a 1 mm shell hold a tuned note without flopping. Curvature also varies across the shell, falling away sharply near the rim, and that gradient is part of why tone fields cannot be placed in the outermost band and why the fields nearest the rim behave differently from those near the ding. Locally, the small dome or dimple at the centre of each tone field applies the same principle at small scale: PANArt called their version dome embossment, discovered in 1997, and described the resulting saddle form prestress as the Rohner and Schärer buckling. It stiffens the middle of the field, sets its boundary conditions and suppresses some harsh high modes.
What actually happens in the steel when you strike a tone field, and why the result sounds the way it does.
PHY-01How does a single tone field produce a pitch?#
beginner
Short answer. A tone field is a small area of the shell that has been hammered into a shallow dished shape, thinned and put under carefully controlled internal stress so that it behaves like a semi-independent plate. Strike it and it flexes at its own natural frequencies, and the lowest and strongest of those is the pitch you hear.
Nothing is attached and nothing is tensioned in the way a string or a drum head is. The tuner is working with three variables in the metal itself: the area of the field, its thickness, and its curvature together with the residual stress locked into it. Larger and thinner lowers the pitch; more curvature and more prestress raises it. Every hammer blow moves some combination of the three, which is why tuning a handpan is a slow iterative process rather than a single adjustment.
When you strike the field, you deform it briefly. The steel’s elasticity pushes it back, it overshoots, and it oscillates. Because it is a two dimensional plate rather than a one dimensional string, it can oscillate in many different spatial patterns, called modes. Each mode has its own frequency and its own map of where the steel moves most and where it barely moves at all.
The untuned steel around the field is what makes this work. It is thicker, stiffer and differently curved, so it presents a large impedance mismatch at the edge of the field. Vibration reaching it is largely reflected back into the field rather than escaping across the shell. Without that boundary you would have one enormous ringing dome, not nine separate notes.
The dimple or small dome at the centre of the field plays into this too. It stiffens the middle of the plate, which changes the shapes the field can vibrate in and helps suppress some high, harsh modes. Makers differ on exactly how they use it.
Finally, the field is not radiating in free air. It is the skin of a closed cavity with a port, and that cavity pushes back. See PHY-09.
Short answer. On a properly built handpan each tone field is tuned so that three of its vibration modes line up: the fundamental, an octave above the fundamental, and a compound fifth, meaning a fifth above that octave. If the fundamental is D3, the other two are D4 and A4.
This is the defining trick of the instrument and it comes straight from the Trinidadian steelpan tradition that PANArt came out of. Wikipedia’s description of the Hang puts it plainly: each tone field contains a fundamental tone, an overtone tuned to an octave above that fundamental, and an additional overtone a perfect fifth above that octave. PANArt’s own writing uses the same three: the fundamental note, its octave, and its fifth above that octave.
In interval terms the three partials sit at frequency ratios of roughly 1 : 2 : 3. That matters, because 1 : 2 : 3 is the beginning of the natural harmonic series, the same series a vibrating string produces. A plate does not naturally do this. Left alone, a flat plate’s modes fall at ratios that are not simple whole numbers at all, which is why an unshaped sheet of steel sounds like a crash rather than a note. The tuner’s job is to force three of those inharmonic plate modes into a harmonic relationship by shaping and stressing the metal.
Because the three partials line up with the harmonic series, your ear fuses them into a single pitch with a rich timbre rather than hearing three separate tones. That fusion is what makes a handpan note read as a note.
Higher modes exist and are not tuned to anything in particular. PANArt described up to a dozen further natural harmonics distributed across the higher frequency regions, and these contribute the shimmer and complexity above the tuned three. A tuner will suppress the ugliest of them but will not try to place them precisely.
Variations exist. Some makers and some instruments use a fourth rather than a fifth as the third partial, or aim at fundamental plus two octaves. These are deliberate design choices, not errors, but the octave plus compound fifth arrangement is overwhelmingly the standard.
Short answer. The note stops sounding like a note. Instead of one fused pitch you hear a wobble, a beating or a metallic clang, and the field loses sustain because the modes are no longer reinforcing each other. Small drift is common and tolerable; large drift is what people mean when they say an instrument has gone out of tune.
Alignment is what makes three modes read as one sound. When the octave partial sits, say, fifteen cents sharp of a true octave, it no longer coincides with the second harmonic your ear expects from the fundamental. The two beat against each other, producing a slow pulsing that you hear as instability rather than as two pitches. Drift the fifth as well and the fusion breaks down further and the note takes on a clangy, gong like quality.
Sustain suffers too. When modes are harmonically related they share energy coherently; when they are not, the energy exchange becomes messy and the note dies faster and less smoothly.
Drift has several causes, and they behave differently:
Playing too hard, especially with mallets or sticks, gradually deforms the tone field and moves the partials. This is the most common cause and it is permanent until retuned.
Impact damage from a drop or a knock can move a note dramatically in one event.
Repeated temperature extremes stress the steel and the seam over time. Ordinary daily temperature variation is not a concern.
Poor original tuning. An instrument rushed through its final tuning has stresses that have not been properly relieved, and it will settle and drift much sooner than a patiently built one.
Note that not all wobble is drift. Crossover, the wave interference in the air cavity, produces a wobble on specific notes that is a property of the shell geometry and cannot be tuned out. Saraz measured typically 20 to 50 cents of wobble on B flat 4 in the sustain of their 21 inch instruments, and stated plainly that this happens no matter how well the note is tuned. Before concluding an instrument is drifting, check whether the affected note sits in that band for its shell size.
Handpans can be retuned, by the original maker or by a specialist. It is skilled work and not every instrument is worth it.
PHY-04Why does a handpan note sound harp-like or bell-like?#
beginner
Short answer. Harp-like because the tuned partials sit in a harmonic 1 : 2 : 3 relationship, exactly as a plucked string’s do. Bell-like because the untuned higher modes above them are inharmonic, exactly as a bell’s are. A handpan note is genuinely both at once, which is most of why it is so distinctive.
Break the spectrum into two layers and it becomes clear.
The bottom layer is the three tuned partials. Fundamental, octave, compound fifth. That is the opening of the harmonic series, and it is what a string does naturally. Your auditory system is superbly good at recognising that pattern and collapsing it into a single fused pitch with a warm, singing character. This is the harp, or the plucked string, in the sound.
The top layer is everything above those three. Plate modes that have not been forced into any particular relationship, spread across the higher frequencies. That is what bells, gongs and cymbals produce, and it gives the shimmer, the metallic sparkle, and the slight sense of a cloud of sound hovering above the pitch.
Two more ingredients thicken it further. The Helmholtz resonance of the cavity, typically somewhere around C2 to G2 and measured at about 85 Hz on the Hang, sits underneath everything and adds a low breath. And every strike also excites the neighbouring tone fields, which answer at their own pitches. PANArt catalogued seven distinct contributors to the Hang’s sound: contact noise from the hand, the cluster response of the whole resonator, hammered vibration modes, coupling between harmonically related fields, the overtones of each field, the indirect stimulation of neighbouring fields, and the Helmholtz resonance of the cavity.
The proportions between these layers are what you are actually judging when you compare instruments. A very bright instrument has a strong inharmonic upper layer, which reads as metallic or, unkindly, tinny. A very dark one has it suppressed, which reads as warm but can sound dull. Good makers place it deliberately.
The attack transient matters too. The first few milliseconds, before the modes settle, contain a burst of broadband noise from the hand meeting the steel. That is a large part of why fingers, fingertips and thumbs all sound different on the same note.
PHY-05Why do neighbouring notes ring when I strike only one?#
intermediate
Short answer. Two paths. Mechanically, vibration leaks through the shared steel of the shell into the surrounding fields. Acoustically, the sound in the air and in the cavity drives them. Fields whose frequencies are harmonically related to what you played respond most strongly, which is why the effect usually sounds pleasant rather than muddy.
This is sympathetic resonance, the same phenomenon that makes an undamped piano ring when you sing into it. A tone field is a tuned oscillator, and any oscillator will pick up energy from a driving force close to one of its own frequencies.
The mechanical path is the shell itself. The interstitial steel is a good boundary but not a perfect one, so a small fraction of the struck field’s energy travels outward as bending waves and arrives at other fields. PANArt named this explicitly as one of their seven sound sources, distinguishing coupling, meaning energy transfer between harmonically related fields, from neighbours, meaning the indirect mechanical stimulation of adjacent fields.
The acoustic path runs through the enclosed air. The struck field radiates inward as well as outward, the cavity air carries that energy across the instrument, and it arrives at the underside of every other field. This path is why the effect is stronger with the port unobstructed and why it changes when you sit the instrument on your lap.
The zigzag note layout is designed partly around this. By putting scale neighbours on opposite sides of the circle, makers ensure that the notes which are physically adjacent, and therefore couple most strongly through the steel, tend to be a third, fourth or fifth apart. Those relationships are consonant, so the sympathetic ringing reinforces the harmony rather than clouding it. See ANA-03.
There is a limit to how much you want. Too much coupling and individual notes lose definition, sustain shortens because energy is escaping the struck field faster, and fast playing turns into a wash. This is one of the practical costs of squeezing extra notes onto a shell, and one of the things experienced players listen for when evaluating an instrument: strike one note firmly, and ask whether the answer from the rest of the instrument is a halo or a mess.
Short answer. Sustain is how long a note remains audible after the strike, and it is governed by how quickly the vibrating field loses energy. Losses come from three places: internal friction in the steel, radiation into the air, and leakage into the rest of the instrument. Material, sheet thickness, tuning quality and build all feed into it.
A struck tone field holds a fixed budget of energy and spends it. Sustain is simply how slowly it spends.
Internal damping. Every flex cycle turns a little of the energy into heat inside the metal. This is a material property and it is why steel choice matters. PANArt listed low energy absorption and high restoring force among their explicit design targets for the nitrided sheet. Stainless instruments are widely reported to sustain longer than nitrided ones, and long controlled sustain is the main selling point of proprietary stainless such as Ember.
Radiation. Energy that becomes sound has left the field, and that is the useful loss. A field coupled efficiently to the air is loud and short; one coupled inefficiently is quiet and long. There is a real trade off here, and it is not one makers can escape.
Leakage. Energy travelling out of the field into the surrounding steel and into neighbouring fields is gone from the note you played. Well isolated fields with generous interstitial steel around them ring longer than crowded ones, which is one of the hidden costs of high note count layouts.
Two more factors:
Thickness and stiffness. Thicker, stiffer fields store more energy relative to what they lose per cycle, so they generally ring longer.
Tuning quality. Well aligned partials sustain more smoothly. Misaligned ones beat against each other, and the note both dies faster and dies unevenly. See PHY-03.
Sustain is not straightforwardly a virtue. Very long sustain means notes overlap, which is glorious for slow ambient playing and problematic for fast rhythmic playing. It also gives you more time to hear crossover wobble on affected notes. Plenty of experienced players deliberately choose shorter sustaining nitrided instruments for exactly this reason.
Typical figures vary far too much between instruments, notes and materials for a single number to mean anything. Judge it by ear, on the instrument, playing what you actually play.
PHY-07Why does hitting harder change the timbre and not just the volume?#
advanced
Short answer. Because the tone field is a curved, prestressed shell rather than a simple linear spring. Hit it harder and it deforms further, its effective stiffness changes with amplitude, and energy spills into higher modes that a soft strike never excites. Louder and brighter arrive together, and past a point the pitch itself bends.
A linear oscillator scales cleanly: twice the input gives twice the output at the same frequencies. Real tone fields are not linear. Two things break the linearity.
Geometric nonlinearity. A shallow dished shell resists small deflections one way and large deflections differently, because deflecting it far enough starts to stretch the material in the plane of the sheet rather than merely bending it. Stretching is much stiffer than bending. The result is that effective stiffness rises with amplitude, so a very hard strike momentarily sharpens the note before it settles back as the amplitude decays. That downward pitch glide during the first moments of a loud note is audible on most instruments if you listen for it.
Mode coupling. Once nonlinearity is in play, modes stop being independent. Energy pumped into the fundamental can transfer into higher modes, including the untuned inharmonic ones. That is why a hard strike sounds not just louder but brighter, edgier, more metallic and more bell like, while a soft strike sounds pure and flute like.
There is a third, more mundane contributor: the attack transient. The contact between hand and steel is broadband noise, and its spectrum depends on how fast and how rigidly the hand arrives. A relaxed fingertip and a stiff knuckle at the same volume produce measurably different transients.
Practically, this is the whole basis of expressive handpan playing. Dynamics on a handpan are timbral, not merely loud and quiet. Ghost notes played at very low amplitude sound warm and rounded because the upper modes are barely excited; accents sound bright and cutting because they are. Most of what distinguishes an experienced player from a beginner is control over this dimension.
It is also why hitting hard damages instruments. Deform a field far enough, often enough, and the deformation stops being elastic and starts being permanent, which moves the partials. See PHY-03.
PHY-08Why does a handpan note decay so slowly compared with a drum?#
advanced
Short answer. A drum head is light, heavily damped by the air it drives and by the shell it is stretched over, and its modes are inharmonic, so its energy dumps into the room fast. A handpan tone field is stiff steel with very low internal friction, coupled inefficiently to the air, and its main modes are harmonically aligned, so it hoards energy and releases it slowly.
Compare the two systems directly.
Mass and stiffness. A drum head is a thin membrane with no bending stiffness of its own, held up entirely by tension. Its restoring force comes from that tension, and it is light enough to be strongly loaded by the air it pushes. A steel tone field a millimetre thick has real bending stiffness and real mass. It is far less affected by the air it is driving.
Radiation efficiency. This is the biggest factor. A drum head is a large, light piston that couples extremely well to the air, which is exactly why drums are loud and why they stop quickly. Good coupling means fast energy transfer, and fast energy transfer means short decay. A handpan tone field is smaller, heavier and stiffer, and it radiates far less efficiently. That inefficiency is why it is quieter than a drum and why it rings for seconds rather than a fraction of a second.
Internal damping. Skin, plastic and the rope or lug hardware of a drum all convert vibration to heat readily. Nitrided or stainless steel is an unusually low loss material, and makers select and treat it specifically to keep those losses low.
Harmonic alignment. Because the three tuned partials sit at ratios near 1 : 2 : 3, they do not beat destructively against each other. Inharmonic partials, which dominate most drums, interfere and smear the sound into a short, noisy burst.
Termination. A drum head is clamped at its rim to a shell that absorbs energy. A tone field is bounded by a stiffness mismatch that reflects energy back into it rather than absorbing it.
There is one more contribution unique to this instrument: the cavity. Energy that leaves the field is not immediately lost to the room. Some of it circulates in the enclosed air and in the other tone fields, and comes back. That recirculation extends the audible tail even after the struck field itself has quietened.
What “in tune” means for an instrument with three partials per note, and how anyone actually checks.
PHY-15What does “in tune” mean for a handpan, and why is it harder than for a guitar?#
intermediate
Short answer. On a guitar, in tune means one number per string and you can fix it in seconds. On a handpan it means three frequencies per note, all in a fixed relationship to each other and to concert pitch, permanently frozen into the shape of the metal. There is no adjustment mechanism at all.
A guitar string has one dominant fundamental and a naturally harmonic overtone series that follows it automatically. Tighten the string and everything moves together. The tuner has one degree of freedom per string and immediate feedback.
A handpan tone field has to satisfy three conditions at once. The fundamental must be at the right absolute pitch. The second partial must be a true octave above it. The third must be a fifth above that octave. And the tuner’s only tools are the shape, thickness and internal stress of the steel, all of which affect all three partials simultaneously and in different proportions. Hammering to flatten the fundamental will move the octave and the compound fifth too, usually by different amounts and sometimes in different directions. Tuning is therefore an iterative search: adjust, measure, adjust again, converge.
Then multiply that by nine or more notes on one continuous piece of metal. Working on one field disturbs its neighbours, so the tuner is not solving nine independent problems but one coupled problem with about thirty simultaneous targets. This is why building a handpan takes days rather than minutes, why makers have waiting lists, and why price correlates so strongly with tuning quality.
The permanence is the other half of it. A guitar goes out of tune constantly and you retune it constantly. A handpan holds its tuning for years and then, when it drifts, requires a skilled person with a hammer to bring it back. There is no user serviceable adjustment. Nothing about the instrument can be corrected by the owner.
One consequence that surprises new owners: a handpan cannot be tuned to another instrument. If you want to play with a piano at A=440, you buy an instrument built at A=440. If you buy one at A=432, you have bought a different instrument, permanently.
PHY-16Cents, A=440 and A=432: what is actually true?#
intermediate
Short answer. A cent is a hundredth of a semitone, the standard unit for talking about small pitch differences. A=440 Hz is the international standard, recommended in 1939 and confirmed by the ISO in 1955. A=432 is about 32 cents lower, roughly a third of a semitone. The historical arguments for 432 are weaker than usually claimed and the health claims have no peer reviewed support, but nothing is wrong with liking how it sounds.
Cents. An octave is 1200 cents and a semitone is 100. The scale is logarithmic, so a cent is the same perceptual size at every pitch even though it corresponds to a different number of hertz. Roughly, most listeners can detect a difference of about 5 to 10 cents on sustained tones; 20 cents is clearly audible; 50 cents is a quarter tone and unmistakable. Makers commonly quote tolerances in single figures of cents.
Where 440 came from. Before the twentieth century, concert pitch varied enormously, from around A=376 Hz on a Lille organ of 1700 to about A=506.9 Hz at Halberstadt in 1361. France legislated the diapason normal at A=435 in 1859, partly in response to complaints from singers about pitch inflation. A=440 was recommended at an international conference in London in 1939 and confirmed by the International Organization for Standardization as ISO 16 in 1955. It is a convention that won, not a discovery.
Where 432 came from. Two strands. Joseph Sauveur’s scientific pitch, around 1700, fixed middle C at exactly 256 Hz for mathematical tidiness, which puts A at about 430.54 Hz, not 432. Separately, Verdi campaigned for standardisation in Italy: he actually advocated matching France at 435, and when the Italian government’s commission proposed 432 for mathematical convenience he accepted it, calling the difference almost imperceptible. Italy decreed 432 in 1884. So “Verdi tuning” is a real historical episode, but Verdi’s own preference was 435 and he treated the difference as trivial.
The modern claims. The frequently repeated link to the Schumann resonance does not survive checking: that resonance is about 7.83 Hz and has no clean arithmetic relationship to 432. There is no peer reviewed evidence that 432 Hz has therapeutic properties that other tunings lack.
What this means for buyers. Both are widely offered. Some makers charge a small premium for 432 because it is less common; many charge the same. The one real consideration is practical: an A=432 instrument will not play with anything tuned to A=440 without retuning the other instrument. Choose on that basis, and on whether you prefer the sound, rather than on physics claims in either direction.
PHY-17How do temperature and humidity shift a handpan’s pitch?#
intermediate
Short answer. Less than people expect, and mostly indirectly. The steel’s own pitch moves only slightly with temperature. The bigger and more audible effect is on the air: temperature changes the speed of sound, which moves the Helmholtz resonance and shifts the crossover bands, so certain notes become wobbly in the cold and settle in the warm.
Take the two mechanisms separately.
The steel. Heating steel expands it slightly and reduces its elastic modulus slightly. Both effects lower the natural frequencies of a tone field, but for the temperature swings you encounter in normal life the movement is small compared with the 5 to 10 cents a listener can detect. Makers are consistent that ordinary everyday temperature change is not something to worry about. What does matter is repeated exposure to extremes, which stresses the metal and, importantly, the adhesive seam over time. A hot car is the standard cautionary example, and the seam is usually the least heat tolerant part of the instrument.
The air. This is where the audible change lives. The speed of sound in air rises with temperature by roughly 0.6 m/s per degree Celsius, so a cold instrument has a lower Helmholtz frequency and lower cavity standing wave frequencies than a warm one. Since the crossover bands are set by those standing waves, they move with temperature. Saraz give a specific example: A4 on their 21 inch chamber sounds good at around 27 degrees Celsius but becomes problematic below about 16. The note itself has not gone out of tune. The interference pattern has moved onto it.
Humidity changes the speed of sound too, because water vapour is lighter than dry air, but the effect is small compared with temperature at ordinary conditions. Humidity’s real significance for a handpan is corrosion, not tuning: moisture on nitrided or raw steel is what causes rust. See ANA-15.
The practical upshot for players is to let a cold instrument come up to room temperature before judging it, and never to evaluate an instrument you have just carried in from the cold. A quarter of an hour is usually enough. Avoid forcing it with heaters or hot water, which stresses the seam for no benefit.
PHY-18Equal temperament or just intonation: which does a handpan use?#
advanced
Short answer. Almost every handpan is built in twelve tone equal temperament, with each note’s fundamental placed at its standard equal tempered frequency. But each individual note’s internal partials are tuned to pure just intervals: a true 2 : 1 octave and a true 3 : 1 twelfth. So a handpan is equal tempered horizontally and justly intoned vertically, at the same time.
This sounds contradictory until you separate the two things being tuned.
Between notes, makers use equal temperament because that is what everything else uses. It lets the instrument play with pianos, guitars and recordings, and it makes scale names meaningful. In equal temperament every semitone is exactly 100 cents, which means most intervals are slightly impure: an equal tempered perfect fifth is about 2 cents narrow of a pure 3 : 2, and an equal tempered major third is about 14 cents wide of a pure 5 : 4. Those compromises are the price of being able to play in any key.
Within a note, the tuner aims at pure ratios. The octave partial should be exactly twice the fundamental and the compound fifth exactly three times it. There is no reason to compromise here, because these are partials of a single sound rather than separate notes, and any deviation produces beating within the note itself. See PHY-03.
The interesting consequence is that a handpan is subtly more consonant than the same notes on a piano. Because a handpan scale is usually a single mode with seven to nine notes and no chromatic obligations, and because each note carries a strong pure twelfth, the intervals you actually play tend to reinforce each other. Play a fifth: the compound fifth partial of the lower note lands very close to a partial of the upper note, and they lock.
Genuinely just intoned handpans, where the notes themselves are placed at pure ratios from the tonic rather than at equal tempered frequencies, do exist. They are rare, almost always commissioned, and they trade away compatibility with other instruments. A few makers experiment with other tunings entirely, including microtonal and non Western systems, and PANArt eventually abandoned an external reference altogether: from 2010 the Free Integral Hang was freed from the 440 Hz standard and each instrument was attuned to itself.
Ask before assuming. If it matters to you, the maker will tell you what reference they use.
Short answer. With a chromatic tuner for a quick check of fundamentals, and with a real time spectrum analyser or a strobe style tuner for anything serious, because a single number tuner cannot see the octave and compound fifth partials separately.
Why an ordinary tuner is not enough. A guitar tuner takes an input, picks out what it thinks the fundamental is, and shows one number. Feed it a handpan note and two problems appear. First, it tells you nothing about the two partials that determine whether the note actually sounds right. Second, it can lock onto the wrong partial, especially on notes where the octave is strong, and report a pitch an octave up. It is fine for confirming that a note is roughly where the maker said, and useless for diagnosing why a note sounds wrong.
What is actually used. Tuners work with real time FFT spectrum analysis. The signal from a microphone is decomposed into its frequency components and displayed as a spectrum, so all three partials are visible simultaneously along with everything above them. Software commonly mentioned in the community includes general purpose analysers on laptops and phone apps built for the job; the specific tool matters much less than having enough frequency resolution and a display that updates fast enough to watch a note decay. Strobe tuners are also used, since they resolve individual partials precisely.
Practicalities that catch people out.
Microphone placement. Close to the field for isolation, further back for a representative overall sound. They give different answers, and both are legitimate.
Strike consistency. Nonlinearity means a hard strike momentarily sharpens the note. Measure at a moderate, repeatable dynamic and read the pitch after the initial transient has passed, not during it.
Which part of the decay. Partials do not decay at the same rate. A note measured immediately after the strike and the same note measured two seconds later can read differently, particularly if crossover is affecting it.
Temperature. Let the instrument settle at room temperature first. See PHY-17.
Neighbours. Other fields ring sympathetically and put their own peaks in your spectrum. Learn to recognise which peaks belong to the note you struck.
For an owner, the honest advice is that measurement is diagnostic, not prescriptive. Knowing a note is 8 cents flat does not help you fix it, and small readings are easy to over interpret. Measure when something sounds wrong, to find out what.
PHY-20How do I read a tuning report or a spectrum?#
advanced
Short answer. A tuning report lists, for each note, the target and measured frequencies of the fundamental, the octave and the compound fifth, usually with the deviation in cents. Read down the deviations first: you are looking for small numbers and, more importantly, for consistency across the instrument. In a spectrum, find the three tall peaks in a roughly 1 : 2 : 3 ratio, and check the middle and upper peak sit exactly where the fundamental predicts.
Not every maker supplies a report and there is no standard format. A typical one gives per note: the note name, the intended fundamental in hertz, the measured fundamental, and then the same for the two tuned partials, with deviations in cents.
How to read it.
Deviation on the fundamental tells you whether the instrument is at the pitch standard it claims. A consistent offset across all notes usually means the whole instrument is a little sharp or flat rather than mistuned, which is not a fault.
Deviation on the octave and compound fifth is the interesting column. This is where fusion lives. A note whose fundamental is spot on but whose octave is 20 cents out will sound worse than one whose fundamental is 8 cents off but whose partials are perfectly aligned.
Consistency across notes matters more than any single figure. An instrument where every note sits within a few cents is the work of someone who converged properly. One with two immaculate notes and one wild one usually means the tuner ran out of patience or out of metal.
Do not expect zeros. Steel is not a spreadsheet. Small deviations are normal on excellent instruments.
Reading a live spectrum. Strike a note and look for the pattern. The fundamental is normally, though not always, the tallest peak. Multiply its frequency by 2 and by 3 and check that peaks sit at those points. If the peak near 2f is visibly offset from exactly 2f, that is the drift you can hear. Above the third peak you will see a scatter of unaligned peaks, which is normal and is the bell-like layer of the sound. Down at the bottom, often below 100 Hz, there is usually a broad low peak that appears on every note: that is the Helmholtz resonance of the cavity, and PANArt noted it is detectable in every spectrum the instrument produces.
A caution. A report describes the instrument on the day it was measured, in the conditions it was measured in, by the person who built it. It is evidence of care, and it is a useful baseline for spotting drift years later. It is not a guarantee, and it is not a substitute for playing the instrument.
Everything about the fixed note set at the heart of the instrument: how layouts work, what the scale families sound like, how to choose one, and the small amount of theory that actually pays off.
The scale is the single most consequential decision in owning a handpan, and the single worst documented. Names were coined ad hoc by individual makers over twenty odd years with no registry and no agreed definitions, so two instruments sold under the same name can genuinely have different notes. Every note layout published in this section was verified against maker sites and curated scale databases before it went in, and where sources disagree or only one source exists, that is stated on the entry rather than smoothed over.
If you are here to buy your first instrument, read SCA-17 and SCA-09, then come back for the rest.
Handpan scale naming is genuinely inconsistent between makers. Celtic and Amara are used interchangeably. Kurd, Aeolian and Annaziska overlap heavily. Sabye and Ashakiran describe the same major family idea. Hijaz varies so much between builders that two instruments under that name may share fewer notes than you would expect. Isthmus Instruments reports having catalogued well over 200 distinct scale names since the instrument’s invention, many of them near duplicates.
Never buy on a scale name alone. Ask the maker for the full written note list with octave numbers, and for a recording of the actual instrument. A seller who will not provide both has told you something useful.
Short answer. Listen to a lot of recordings before you read anything, shortlist by the sound that moves you rather than by theory, and then let practical factors (tutorial availability, resale, note count) break the tie. If you cannot decide, D Kurd 9 or 10 is the safest default there is.
The process that works, in order:
1. Listen first, name later. Spend an evening on recordings, ideally solo playing rather than heavily produced tracks. Note down which ones you replay. Do not look at the scale names while you do this, because names bias you towards what sounds exotic on paper rather than what you actually enjoy hearing. Only afterwards check what the ones you liked were.
2. Notice the mood you keep returning to. Handpan scales sort roughly into melancholic and complete (Kurd, Aeolian), open and flowing (Celtic, Amara), suspended and hopeful (Equinox), bright and resolved (Sabye, Ashakiran, Golden Gate), hypnotic and forgiving (Pygmy, Akebono), and spicy and dramatic (Hijaz, Onoleo). You will almost certainly have a clear favourite.
3. Be honest about why you are buying. If this is primarily for personal calm, meditation or sound work, a pentatonic or a low Celtic will serve you better than a chord rich Kurd. If you want to write music, accompany singing or play with other people, you want a complete seven note scale. If you want to learn from tutorials, D Kurd has by a wide margin the most material.
4. Check the practicalities. Nine or ten notes for a first instrument. A ding around C#3 to E3 for the most manageable size and weight. And get the actual note list from the maker, because names are unreliable (SCA-05).
5. Accept that you cannot get this perfect. Most players who stick with the instrument own more than one within a few years. The first instrument’s job is to be good enough that you keep playing it, not to be your final answer.
The one genuinely bad way to choose is by reading a list of scale descriptions and picking the most evocative adjective. Every scale is described as mystical, meditative and deeply moving by somebody selling it. Your ears are the only reliable instrument here.
Short answer. Minor, for most people, most of the time. Minor scales carry the sound people associate with the handpan, they are more forgiving of aimless improvisation, and they suit the reflective playing that draws most beginners to the instrument. Major is the right answer if you already know you want bright, song like music.
The case for minor is partly musical and partly cultural. Musically, minor sets tend to sound complete and settled even when you play them randomly, because the intervals that occur naturally between adjacent tone fields resolve pleasantly. Culturally, the handpan sound that people fell in love with, from the original Hang onwards, is overwhelmingly minor. If you buy a major instrument expecting “that handpan sound”, you may be quietly disappointed for reasons you cannot articulate.
Minor is also more versatile than it looks. A D Kurd is not restricted to sad music. It contains F major, B flat major and C major triads, so you can play warm, resolved, even triumphant progressions on it. A major instrument, by contrast, has a harder time sounding genuinely dark. Minor scales cover more emotional ground than major ones on a fixed instrument.
The case for major is narrower but real. If you write or sing songs, a major scale gives you a I chord that resolves properly and makes accompaniment straightforward. If you play for children, for celebrations, or in a folk or pop context, major suits it. If you find minor handpan recordings gloomy rather than beautiful, trust that reaction and buy Sabye or Ashakiran instead. And if you already own something minor, major is an excellent second instrument.
There is a middle path worth knowing about. Scales such as Equinox and Celtic sit between the two: minor in construction but open and unresolved in feel, so they read as contemplative rather than sad. Golden Gate does the reverse, being bright in interval content but emotionally weighty in effect. If you dislike the choice as posed, those are the interesting options.
Going deeper. A common misconception is that minor is harder or more advanced. It is not. Nothing about a minor handpan is technically harder than a major one; the fields are the same size and the layout logic is identical.
SCA-19How do I choose a scale I will not get bored of?#
intermediate
Short answer. Prioritise harmonic depth over immediate prettiness. Scales that sound instantly gorgeous with no effort (pentatonics especially) tend to reveal their limits fastest. Complete seven note scales with several usable chords stay interesting for years because there is always more structure to find.
Boredom with a handpan usually arrives one of three ways, and each has a different fix.
You have run out of chords. This is the commonest and it hits pentatonic owners hardest. A five pitch instrument gives you a handful of intervals and essentially one harmonic colour. It is lovely and it is finite. Complete scales such as Kurd, Celtic, Sabye and Equinox give you five or six triads, which means you can spend a long time exploring progressions rather than just melodies. If you want one instrument to last, buy a complete scale.
You have run out of range. Nine notes covering an octave and a bit means melodies keep landing in the same place. This is why ten and twelve note instruments hold attention longer, and why bottom notes transform solo playing: once you can hold a low root under a melody, the same nine top notes suddenly have twice as much to say.
You have run out of ideas, not notes. This is far more common than players admit, and buying another instrument does not fix it. If you find yourself playing the same four bar loop every time you sit down, the problem is repertoire and technique, not scale. Learning a few named techniques, some rhythmic vocabulary and two or three actual pieces will revive an instrument you were about to sell.
Two practical predictors of longevity. First, count the triads available in the scale before buying; if it is fewer than four, expect to want a second instrument sooner. Second, ask whether the scale has a strong tonal centre. Scales with a clear home note (Kurd, Sabye) let you build tension and release, which is the engine of musical interest. Scales with no fixed tonic (Akebono, some pentatonics) are wonderfully atmospheric and much harder to make dramatic.
The counterargument deserves its space: many long term players are perfectly content with one pentatonic pan because they use it for meditation, not composition. If that is genuinely your use, buy the beautiful, forgiving thing and ignore all of the above.
SCA-20Does the scale limit what music I can play?#
beginner
Short answer. Yes, absolutely and permanently. You can only play music that fits inside your instrument’s note set, in your instrument’s key. What you can do is adapt music into your scale, and a surprising amount of repertoire adapts well.
Be clear about the hard limits first. You cannot modulate to a distant key. You cannot play a chromatic passing note that is not on the instrument. You cannot play a piece written in E flat on a D Kurd unless you rewrite it. If a melody needs a note you do not have, you have three options: change the note, change the octave, or leave it out. There is no fourth option.
Now the encouraging part. Most folk melodies, a great deal of pop, and almost all ambient and meditative music sits inside a single seven note scale and moves between three or four chords. A D Kurd handles the entire universe of music in D minor, F major, and their close relations, which is enormous. Countless well known tunes fit into a nine note minor pan with only octave adjustments.
Adaptation techniques worth knowing:
Transpose the whole piece into your key. On a fixed instrument this is a decision you make once, on paper, before you start.
Fold the melody into range. If a phrase goes above your top note, drop that phrase an octave. It sounds deliberate more often than you would expect.
Substitute the missing note. A melody note you do not have can usually be replaced by the note a third above or below within the scale, and the ear accepts it.
Imply what you cannot play. A chord you lack can be suggested by playing its other members and letting context do the work. Handpan players do this constantly.
The real limitation is not repertoire, it is collaboration. Playing with other musicians means they come to your key or you do not play, and that is a genuine constraint on how spontaneously you can join in. See SCA-22.
Going deeper. Many experienced handpan players argue the constraint is the point. A fixed set of nine notes eliminates infinite choice and forces you to develop rhythm, dynamics, timbre and phrasing, which are the elements that actually make playing expressive. Players who move to large chromatic instruments often report their playing became busier and less musical for a while.
SCA-21How do I choose a second handpan that complements the first?#
intermediate
Short answer. Decide first which of three things you want: an instrument that blends seamlessly with your first, one that fills in the notes your first lacks, or a compromise between the two. Those three goals point to completely different purchases.
Planet Handpan sets this out usefully as three strategies, and they map well onto how players actually use second instruments.
Complement: same tonal family. Pick a scale in the same parent key, or its relative major or minor. A D Kurd (D minor) pairs with an F major scale such as F Sabye, because they share the same seven pitches. Two instruments in the same key sound like one larger instrument, you can move between them without thinking, and duet playing is effortless. Handpan.World publishes a standard set of these parallel pairings, including D minor with F major, C# minor with E major, B minor with D major, E minor with G major, A minor with C major, and F# minor with A major. The downside is that you have added range and mood but almost no new pitches.
Challenge: minimal overlap. Pick a scale that shares as few notes as possible with your first, so that between the two instruments you approach a full chromatic set. Planet Handpan gives the example of pairing a D Kurd 8 with an E Sabye, which between them cover a complete chromatic octave. This is powerful and it is hard: switching between them mid piece requires real fluency, and playing both at once demands care to avoid clashes.
Compromise: one or two steps round the circle of fifths. You keep six of seven pitches in common, so improvising across both is still easy, but you gain a note that opens new chords and modal colours. This is the option most second time buyers are happiest with.
Practical additions to whichever you choose. Consider going higher or lower in pitch than your first instrument rather than staying in the same register, so the two occupy different sonic space. Consider a different note count, since a ten note and a low bottom noted twelve note make a better pair than two nines. And consider that if your first is a pentatonic, almost any complete scale will feel like a huge expansion regardless of key.
Going deeper. If you plan to play both simultaneously on a double stand, check the physical geometry as well as the music. Two large shells at playable angles take more space than people expect, and reaching across affects which notes are actually comfortable.
SCA-22How do I pick a scale for playing with other instruments and voices?#
intermediate
Short answer. Work backwards from the other musicians. For guitar, pick a scale whose key is guitar friendly (E, A, D, G, C and their relative minors). For singing, pick a root that sits comfortably below the singer’s range. For meditation and sound bath work, pick low and pentatonic, and check it against any bowls or gongs already in the set.
With guitar and other fretted instruments. Guitars live in sharp keys because of the open strings, so a handpan in E minor, A minor, D minor, G major or C major will slot in with minimal friction. A handpan in F minor or E flat will force the guitarist to a capo or barre chords all evening. D minor (D Kurd) and E minor (E Kurd) are the two most useful all rounders. Remember that the handpan cannot change key, so the burden is always on the other instrument.
With piano and keyboards. Any key works, so choose on tone rather than compatibility. Consider register: a handpan around D3 sits in the same range as the left hand of a piano and can get crowded, so a higher pan or a keyboardist willing to stay above middle C helps.
With singing. This is where the root note matters most. The general rule is to put the ding below the singer’s comfortable range so the voice sits above the instrument rather than fighting it. A low male voice often works well over C#3 or D3; a higher voice frequently prefers E3, F3 or F#3. Major family scales such as Sabye make accompaniment straightforward because you get a proper resolving tonic chord, but minor scales are perfectly singable and often more affecting. Test this practically: sing over recordings of candidate instruments before buying.
With drums and percussion. Choose a higher pitched pan than you otherwise might. A cajon, djembe or kick drum occupies the same low frequencies as a deep ding, and in a live mix the handpan disappears. E, F and G roots cut through where a low A2 or B2 will not. A brighter, shorter sustaining instrument is also easier to play rhythmically in time with others.
For meditation, yoga and sound bath work. Go low and go simple. Low roots (A2, B2, C3, C#3) give the long, room filling sustain the work depends on, and pentatonic scales such as Pygmy and Akebono let you play continuously without ever producing a jarring interval, which matters when your attention is on the room rather than the instrument. If you already work with singing bowls, gongs or chimes, find out their pitches first and choose a handpan that shares notes with them, because a bowl a semitone off your ding will beat audibly and unpleasantly.
Short answer. Almost none to start, and a genuinely small amount to get good. The handpan is designed so that a person who cannot read music can play it beautifully on day one. The theory that pays off is a short list: intervals, triads, and knowing which notes your instrument actually has.
Start with the honest position. The handpan’s whole design premise is that the wrong notes have been removed. You can sit down knowing nothing, strike fields at random, and produce music. Thousands of accomplished handpan players cannot read standard notation and never will. Anybody who tells a beginner they need theory before they can play is wrong.
That said, players usually hit a plateau somewhere in the first year, where everything they improvise sounds like everything else they improvise. A small amount of theory dissolves that plateau faster than anything else. The useful list, roughly in order of return on effort:
1. Know your note names and their positions. Write out your instrument’s layout, memorise which field is which, and learn where the ding sits in it. This alone is worth more than everything below.
2. Understand intervals. Specifically, know what a third, a fourth and a fifth feel like on your instrument, and notice that thirds are usually adjacent or near adjacent fields on the same side of the pan. Once you feel intervals rather than count notes, you can transpose a phrase by ear.
3. Understand triads. A chord is three notes stacked in thirds. Being able to find your instrument’s five or six triads unlocks accompaniment, and it turns aimless noodling into progressions. See SCA-24.
4. Understand what a tonal centre is. Knowing which note feels like home, and hearing when a phrase moves away from it and back, is what makes playing feel like it is going somewhere.
5. Basic rhythm counting. Being able to count in four and in six, and to feel where the beat is, matters far more to how your playing sounds than any amount of harmonic knowledge.
Everything beyond that (modes, functional harmony, voice leading, notation) is optional and useful mostly if you are writing, arranging or playing with other musicians.
Going deeper. There is a real risk in the other direction. Players who arrive with a strong theory background sometimes play the handpan like a keyboard, treating it as a pitch delivery system and neglecting timbre, damping, strike position and dynamics. Those are where handpan expression actually lives.
SCA-24How do I find the chords available in my scale and use them?#
intermediate
Short answer. Write out your instrument’s note list, then take every note and stack the note two scale steps above it and two above that. Each stack is a triad. On most nine note complete scales you will find five or six, and they tend to fall conveniently under one hand because of the alternating layout.
The method, step by step, using D Kurd 9 (D3 / A3 Bb3 C4 D4 E4 F4 G4 A4) as the worked example:
List the distinct pitch classes: D, E, F, G, A, Bb, C.
Starting from each, take that note, skip one, take the next, skip one, take the next.
From D: D, F, A. That is D minor.
From E: E, G, Bb. That is E diminished, which is harmonically unstable and rarely used as a resting chord.
From F: F, A, C. That is F major.
From G: G, Bb, D. That is G minor.
From A: A, C, E. That is A minor.
From Bb: Bb, D, F. That is B flat major.
From C: C, E, G. That is C major.
So a nine note D Kurd gives you six comfortable triads plus one diminished. That is a serious harmonic vocabulary, and it is why D Kurd is recommended so often.
Now find them physically. Number your fields from the ding outwards and mark which fields carry each chord tone. On a D Kurd, D minor is available as the ding plus the A and F fields, and because those notes sit at different points on the circle you often have more than one way to voice it. The alternating layout means chord tones are typically adjacent or one field apart on the same side, so most triads are a single hand position rather than a scramble.
Using them is the part that changes your playing. Three exercises worth doing:
Arpeggiate. Play each triad as a rolling three note figure, one note per hand alternating, until each is automatic.
Block them. Strike all three notes together, or as a fast flam, so you hear the chord as a unit.
Make a progression. Loop four chords, one per bar. Dm to Bb to F to C is the entire structure of an enormous number of songs, and all four are on your instrument. Then improvise melody over the loop using only scale notes.
Going deeper. Scales that drop a scale degree lose chords with it. D Celtic/Amara omits the Bb, so it loses B flat major and G minor entirely, which is precisely the harmonic difference between it and D Kurd. When comparing two similar scales, counting the triads is the most informative test available.
SCA-25How do I transpose, or think in modes, on a fixed instrument?#
advanced
Short answer. You cannot transpose the instrument, but you can transpose your thinking. Because the tone fields are numbered and the layout is consistent, a phrase learned as a pattern of field numbers plays identically on any pan with the same scale in any key. And because most handpan scales contain a full mode, you can shift the apparent key simply by treating a different note as home.
Transposing between instruments. Learn phrases as field numbers, not note names. “Field 1, field 3, field 2, ding” is the same gesture on a D Kurd 9, an E Kurd 9 and an F Kurd 9, and it will produce the same melody transposed. This is why handpan tab is almost always numeric (SCA-26). It also means that if you learn a piece on a borrowed instrument, you can carry it home to yours.
Transposing music onto your instrument. This happens on paper, once, before you play. Work out the interval between the piece’s key and your ding, move every note by that interval, then check whether the result fits inside your note set. If two or three notes fall outside, adjust them by a third or drop the phrase an octave. If half the piece falls outside, it does not fit your instrument and no amount of cleverness will make it.
Thinking modally. This is the genuinely powerful technique. A D Kurd contains the seven pitches of the D natural minor scale, which are also the pitches of F major, G Dorian, A Phrygian, Bb Lydian, C Mixolydian and E Locrian. You cannot change which notes exist, but you can change which one your playing treats as home, and that alone changes the emotional character completely.
In practice: play a long, insistent F in the bass, resolve your phrases onto F, and the same instrument sounds like F major, warm and resolved. Anchor on G instead, with an emphasis on the E natural, and you get G Dorian, which is minor but hopeful and jazz inflected. Anchor on C and you get Mixolydian, bright with a flattened seventh. This is one instrument playing four moods and it costs nothing but intent.
Two things make it work. First, you need to establish the new home firmly, through repetition, low register emphasis and phrase endings, because the ear defaults to the ding otherwise. Second, avoid the modes whose home note sits high in the tone circle with nothing beneath it, because you cannot ground them.
Going deeper. Modal playing is why an instrument with only nine notes does not run dry. It is also the reason experienced players get more out of a Kurd than a pentatonic: a scale with seven pitches contains seven modes, whereas a five pitch scale gives far fewer usable centres, and Akebono in particular is often described as having no fixed tonic at all.
SCA-26How do I write down and notate handpan music?#
intermediate
Short answer. Three options exist, none standardised. Numeric tab based on field numbers is by far the most used and the most practical. Standard notation is precise about pitch and rhythm but says nothing about which field or hand. Circular diagrams are the most intuitive to read and the worst to write. Most players use numeric tab plus a photograph of their instrument’s numbering.
Numeric tab. The dominant system. Each tone field gets a number, conventionally 1 for the lowest field and upwards, with the ding written as D or 0. A melody becomes a string of numbers, grouped into beats or bars. Hands are usually indicated by case, colour or a letter above the number (L and R). Dedicated handpan notation systems such as Notepan extend this with symbols for the non pitched sounds that matter on this instrument: palm mute, tak (a strike on the shoulder of a field), slap, knock, fist, ghost notes, muted notes, harmonics at the octave and fifth, finger rolls and flams.
The critical weakness of numeric tab is that numbering is not standardised. Some players number by pitch from lowest to highest, others follow the physical layout, others use B1, B2 and B3 for bottom notes. Notepan’s own documentation recommends attaching a photograph of the instrument with its numbering marked, and that is the right practice. Always publish your numbering key alongside your tab.
Numeric tab has a real strength that offsets this: it transposes for free. The same numbers play the same melody on any instrument sharing your scale shape, in any key.
Standard notation. Unambiguous about pitch, rhythm and dynamics, and immediately readable by any trained musician, which is why it is the right choice when you are writing for an ensemble or submitting a score. Its limits on handpan are significant. It cannot express which physical field you should use when a pitch appears twice on the instrument, it has no vocabulary for handpan specific timbres, and it does not indicate hand assignment, which on a handpan is not a detail but the substance of how a passage is played. Most handpan scores in standard notation end up carrying a page of custom symbol definitions.
Circular and diagram notation. Some teachers draw the pan as a circle with numbered fields and draw arrows or sequences across it. This is excellent for showing a hand shape or a chord voicing, and hopeless for a piece of any length.
What most players actually do. A video recording, plus rough numeric tab as a memory aid, plus a photograph of the instrument. That is not a cop out. The handpan repertoire is transmitted overwhelmingly by ear and by video, and there is no institutional pressure towards a written standard.
The main scale families, what they sound like, verified note layouts where they could be checked, and honest flags where makers disagree.
A note on the layouts in this file. Every note list below was checked against at least one maker or curated scale database, and most against two or more independent sources. Handpan scale naming is not standardised (see SCA-05), so where sources disagreed, or where only one source existed, it is said so explicitly. Treat any layout here as a representative example, not a specification. Always confirm the actual note list with your own maker before buying.
SCA-09What is D Kurd, and why is it the default recommendation?#
beginner
Short answer. D Kurd is a D natural minor (Aeolian) set, most commonly built as nine notes: D3 / A3 Bb3 C4 D4 E4 F4 G4 A4. It is recommended constantly because it is complete, chord rich, deeply supported by tutorials and recordings, and it holds resale value better than almost anything else.
This layout is one of the few in the handpan world that is genuinely consistent across makers. It was verified here against Isthmus Instruments’ scale database, the Mudra scale player, and two independent scale guides, all giving the same eight tone fields.
What makes it work musically is that it contains the whole natural minor scale with no gaps, plus a repeated A at both the bottom and top of the tone circle. That completeness is why it yields so many usable chords. From the standard nine note layout you get, at minimum:
D minor (D, F, A) using the ding and two fields
F major (F, A, C)
B flat major (Bb, D, F)
C major (C, E, G)
A minor (A, C, E)
G minor (G, Bb, D)
That is enough harmony to play a very large amount of Western popular and folk music, and enough to accompany a singer convincingly. The B flat is the note that distinguishes D Kurd from D Celtic/Amara, which omits it, and it is the reason Kurd has the fuller harmonic palette of the two.
The ecosystem argument matters as much as the music. More handpan tutorials, tab, backing tracks and duet arrangements are written for D Kurd than for any other scale. If you want to learn from YouTube or a course, D Kurd removes a layer of friction. It is also the easiest scale to sell on, because demand for it is permanent.
The honest counterargument: D Kurd is everywhere, and some players find it sounds generic precisely because they have heard it so often. It is also unambiguously minor and can feel relentlessly melancholic if that is not the mood you want. Neither of these is a reason to avoid it for a first instrument. Both are good reasons to think harder for a second.
Going deeper. D Kurd extends cleanly. D Kurd 10 adds C5 at the top (D3 / A3 Bb3 C4 D4 E4 F4 G4 A4 C5), verified in two sources. D Kurd 12 continues with D5 and E5. Larger versions typically add F3 and G3 as low fields or bottom notes.
Short answer. The minor family is the largest group and the one most beginners buy from. It covers Kurd and Aeolian (full natural minor), Celtic and Amara (natural minor with the sixth degree omitted), Integral (natural minor with a degree dropped for openness), Equinox and Mystic (minor sets with a wider, more suspended feel), and the various minor pentatonics covered separately in SCA-13.
Kurd / Aeolian / Annaziska. These three names all commonly describe a natural minor note set, and are frequently interchangeable. As a rough tendency, Annaziska is applied to C# roots and Kurd to D and E roots, with Aeolian used when a maker prefers the theoretical term. Verified examples:
D Kurd 9: D3 / A3 Bb3 C4 D4 E4 F4 G4 A4 (multiple sources agree)
E Kurd: E / B C D E F# G A B (Isthmus and Mudra agree on the core)
C# Annaziska 9: C# / G# A B C# D# E F# G# (Isthmus and Mudra agree exactly)
F Kurd: F / C Db Eb F G Ab Bb C (single source, Isthmus; transposes consistently)
Celtic and Amara. These two names are used interchangeably by makers, and Saraz credits Pantheon Steel with coining “Celtic Minor” for handpans around 2012. The defining move is dropping the sixth degree of the natural minor scale, the B flat in D minor, which removes one of the two semitone steps and opens the sound out. Verified examples:
D Celtic / D Amara: D / A C D E F G A C (Isthmus and Mudra agree; some builds end on a high D instead of C)
B Amara 9: B2 / F#3 A3 B3 C#4 D4 E4 F#4 A4 (Isthmus and Mudra agree exactly)
Character: flowing, open, wistful rather than heavy. Slightly easier to improvise on than Kurd because there is one less note that can sound leaning or unresolved. Slightly fewer chords for the same reason.
Integral. A minor set with a scale degree deliberately omitted to create space. Isthmus gives D Integral as D / A Bb C D E F A C, dropping the G. Be aware that other sellers publish a materially different note list under the same name, so Integral is a scale to confirm before buying.
Equinox. A minor family set with a distinctive suspended quality, often described as simultaneously contemplative and hopeful. Verified: E Equinox E / G B C D E F# G B (Isthmus and Mudra agree). The pitch content is E natural minor with the fourth degree, the A, left out, which is what produces the open, suspended quality: with no fourth there is no strong pull back to the tonic.
Where Hijaz sits. Hijaz is technically a minor family scale, built on a harmonic minor or Phrygian dominant foundation, but it sounds so different that it is treated separately in SCA-12.
Short answer. Sabye and Ashakiran are the two most common major family handpan names, both essentially major scale sets with a fourth degree placed low in the tone circle. Ionian is the theoretical name for the same thing. Golden Gate and Magic Voyage are maker coinages with more specific characters. And Pygmy, despite sounding bright to many ears, is not a major scale.
Sabye. The best established major family name. Verified: E Sabye E / A B C# D# E F# G# B (Isthmus, corroborated in pitch content by Mudra’s E Sabye (Major) 17). That is E major, with the A (the fourth) sitting as the lowest tone field below the ding, which is what gives Sabye its lift: you get a IV chord under the tonic. Other verified roots include C Sabye C / F G A B C D E G and F Sabye F / Bb C D E F G A C, both single source (Isthmus), so confirm before buying. Character: warm, uplifted, resolved, good for singing over.
Ashakiran. Isthmus states that Ashakiran is another name for the Sabye idea, and the Mudra database labels its C Ashakiran as “(Major)”. Verified example: D Ashakiran D / G A B C# D E F# A (single source, Isthmus), which is D major with the G fourth below. Treat Sabye and Ashakiran as the same family under different labels.
Ionian. This is simply the theoretical name for the major scale. A few makers list “Ionian” instruments, but there is no distinct handpan Ionian layout convention separate from Sabye, Ashakiran or plain “Major”. No maker specific Ionian layout could be verified for this entry. If you see an instrument sold as Ionian, ask for the note list and expect a major scale.
Golden Gate. A Pantheon Steel coinage that has been picked up by other makers. Verified: C Golden Gate C3 / E3 G3 B3 C4 D4 F#4 G4 as eight notes (Isthmus), with the nine note version adding B4 (Mudra). Note the F#: this is not a plain C major but a Lydian flavoured set rooted in G major, which is exactly what gives Golden Gate its floating, cinematic quality. Isthmus describes it as expressive and emotionally weighty despite the bright intervals.
Magic Voyage. A pentatonic minor set despite the sunny name, described by HaganeNote as very close to Low Pygmy and built around a minor seventh chord. HaganeNote gives E: E G B D E F# G B D, F: F Ab C Eb F G Ab C, G: G Bb D F G A Bb D. This is a single source, and a different retailer publishes a completely different note list under the same name. Confirm carefully.
Why Pygmy is not major. Pygmy is a minor pentatonic. It sounds bright and open because pentatonic scales contain no semitone clashes at all, not because it contains a major third over its root. Players routinely mislabel it. See SCA-13.
SCA-12What are the exotic and Middle Eastern scales?#
intermediate
Short answer. Hijaz is the main one, a harmonic minor or Phrygian dominant flavoured set with a distinctive augmented second step that instantly reads as Middle Eastern. Around it sit Romanian Hijaz, Raga Desh, Onoleo and various one off maker names. These are the scales where naming is least reliable and verification matters most.
Hijaz. The name comes from the maqam Hijaz of Arabic music, and the sound comes from an augmented second, a gap of three semitones between adjacent scale degrees. Where that gap falls depends on how the set is read: between the flattened second and the major third in a Phrygian dominant reading, and between the flattened sixth and the leading note in the harmonic minor sets that most handpan Hijaz layouts actually use. Saraz describes it as spicy, suspenseful and sensual, and notes it was popularised on early PANArt Hang instruments before spreading to essentially every builder.
Hijaz is the least standardised common scale in the handpan world. Verified layouts from different sources genuinely conflict:
Isthmus gives D Hijaz as D / G A Bb C# D E F A
Isthmus gives A2 Hijaz as A / D E F G# A B C E
The Mudra database’s D Hijaz and A2 Hijaz have materially different note content from both of the above
Both are real instruments sold as Hijaz. Neither source is wrong; the name simply covers a range. If you want a specific Hijaz sound, get the note list and play a recording before committing.
Romanian Hijaz. A recognised variant where the lowest side note sits a fourth above the ding. Saraz notes it is also called Ukrainian Dorian in Eastern European contexts. Verified: E Romanian Hijaz E / A B C D# E F# G B (Isthmus; Mudra’s twenty note version has consistent pitch content).
Hijaz Kar. In maqam theory, Hijaz Kar is the double harmonic scale, with augmented seconds in both tetrachords. Some retailers list handpans under variations of this name. No consistent maker published Hijaz Kar handpan layout could be verified for this entry. If offered one, treat the name as descriptive of intent and insist on the note list.
Raga Desh. Named after the Hindustani raga. Verified: C# Raga Desh 9 C#3 / F3 F#3 G#3 B3 C#4 F4 F#4 G#4 (single source, the Mudra database). The character is drone like and modal, with the repeated fourth and flattened seventh giving it a strong Indian classical colour. Single source, so confirm.
Onoleo. A maker coinage with a dark, unsettled quality. Verified: B2 Onoleo 9 B2 / F#3 G3 B3 D#4 E4 F#4 G4 B4 (single source, Mudra), which combines a minor second above the fifth with a major third, an unusual and quite striking combination. Also built in C as a sixteen note. Single source, so confirm.
Annaziska. Despite the exotic sounding name, this is a natural minor set, usually on C#. It belongs with the minor family in SCA-10, and is listed here only because buyers often assume the name signals something unusual.
Blues. Handpans are occasionally described as having a blues scale, meaning a minor pentatonic with an added flattened fifth. No maker published handpan blues layout could be verified for this entry. The blue note is a semitone away from two of its neighbours, which is difficult to place on a handpan without introducing exactly the clashing adjacency the layout normally avoids. Where blues playing happens on handpan, it is usually done on a minor pentatonic instrument such as Pygmy, with the blue note implied by phrasing rather than present as a field.
SCA-13What are pentatonic scales like Pygmy and Akebono, and why are they so forgiving?#
beginner
Short answer. Pentatonic scales contain five distinct pitches instead of seven. In the anhemitonic kind, which includes Pygmy, no two are a semitone apart, so there are no harsh intervals and every combination sounds consonant. Akebono is the hemitonic kind and does contain a semitone. Either way a complete beginner can play one for ten minutes and sound like they know what they are doing, because the number of ways to go wrong is very small.
The mechanism is worth understanding because it explains a lot about the handpan generally. In a seven note scale there are two places where adjacent degrees sit a semitone apart, and those two places are where dissonance and tension come from. They are also what gives a scale its pull towards a home note. Remove them, as Pygmy and the other anhemitonic pentatonics do, and you get a scale with no built in tension, no strong pull, and no wrong combinations: you can strike any two fields simultaneously and get a pleasant interval, every time.
Pygmy. A minor pentatonic, popular from the earliest Hang days. Saraz notes the name was probably first attached to handpans by PANArt in the early 2000s. Verified layouts:
F Pygmy: F / G Ab C Eb F G Ab C (Isthmus)
F2 Low Pygmy 9: F2 / F G Ab C Eb F G Ab (Isthmus and Mudra agree in content)
G Pygmy: G / A Bb D F G A Bb D (Isthmus)
C# Pygmy 17: C# / (D E) F# G# A (B) C# (D) E F# G# A (B C# D E) (Isthmus and Mudra agree exactly)
Saraz describes three structural forms of Pygmy, differing in the interval from the ding to the first side note, which is another reason the name alone is insufficient.
Akebono. A Japanese pentatonic. Saraz calls it hypnotic, majestic and simultaneously haunting, and notes that it has no fixed tonic, so any note in the set can function as the root. Verified layouts:
F# Akebono: F# / B C# D F# G B C# (Saraz) or F# / B C# D F# G B C# D (Isthmus, eight fields)
G Akebono: G / C D Eb G Ab C D (Saraz) or with an added Eb (Isthmus)
D Akebono: D / G A Bb D Eb G A (Saraz)
Note that Akebono contains a semitone (the flattened second above its functional root), so it is not quite as blandly safe as Pygmy. That semitone is exactly what gives it its distinctive, slightly aching Japanese colour.
The trade off. Fewer distinct pitches means fewer chords and fewer melodies. Pentatonic pans are wonderful for meditative playing, sound bath work and effortless improvisation, and they are limited for accompanying songs or playing with other musicians in a fixed key. Some players find them liberating for years. Others find them one dimensional within months. The variable is what you want the instrument for.
SCA-14What changes when the same scale is built low or high?#
intermediate
Short answer. Pitch changes the physical instrument, not just the sound. Lower dings need larger shells and larger tone fields, which means more weight, longer sustain, deeper bass and less projection of the melody. Higher dings give brighter, more articulate, more cutting instruments that are lighter and easier to travel with.
Handpan roots in common circulation run roughly from A2 up to G3, with F2 and G2 instruments at the deep end and occasional higher builds above that. Broadly:
Very low (A2, B2, C3, and F2/G2 specialist builds). Big shells, big fields, long sustain, a genuinely chest resonating bass. These are superb for meditation, sound bath and solo ambient work, where the ding acts as a drone that hangs in the room for many seconds. They are heavy, they are usually more expensive because the shells are harder to build, and the melodic notes can feel slow and slightly indistinct. Rhythmic playing is harder because the fields keep ringing into each other.
Low middle (C#3, D3). The most popular territory, and D3 in particular is the reference point for the whole instrument. Enough bass to feel grounded, enough clarity for fast melodic work, and a shell size most people can carry comfortably. C#3 sits a semitone lower and is noticeably warmer for a small change.
Middle and high (E3, F3, F#3, G3). Brighter, faster, more articulate. Notes speak immediately and decay sooner, which makes rhythmic and percussive playing much easier and cleaner. Higher pans project well in a group and are less likely to be swallowed by a guitar or a drum. They are lighter to carry. The cost is less bass weight, and some listeners find them a little thin or nervous compared to a D.
Three practical consequences:
Sustain and damping. Low instruments require more active damping technique. If you like busy, rhythmic playing, a higher root will flatter you.
Vocal range. If you intend to sing over the instrument, the root matters enormously. A low voice sits well over C#3 or D3; a higher voice may find E3 or F3 easier to pitch against without the ding muddying the low end.
Ensemble. In a mixed group, low handpans compete with bass guitar, cajon and kick drums for the same frequency space. A higher pitched pan cuts through and stays audible.
Going deeper. Key is not the same as scale. A D Kurd and a C# Annaziska share a nearly identical interval structure and will feel almost the same under the hands, but they sound meaningfully different in the room. Conversely two instruments in the same key with different scales feel completely different to play. Decide the mood (the scale) first, then the weight (the pitch).
Short answer. Beyond the twenty or so names in common circulation there are hundreds of rare and one off scales, many created for a single player. They are worth pursuing only when you know exactly what you need, because they are harder to buy, harder to learn from and much harder to sell.
Isthmus Instruments reports having catalogued well over 200 distinct handpan scale names, and the true number of unique note sets built is higher still. Most of those names describe instruments made in tiny numbers. Scale databases carry entries such as La Sirena, Mystic, Jibuk, Aegean, Oxalis, Nordlys, Ursa Minor, Hokkaido, Deep Elysian, Harmonic Lora and Voyager, many attributed to a specific maker or the player who commissioned them. Some of these will become standards. Most will not.
Three routes into rare scales:
Buying an existing rare instrument. You are buying a specific pan, not a scale, so the usual advice applies with extra force: get the exact note list, get a recording of that instrument, and if possible play it. There is no reference recording online to compare against.
Commissioning a custom scale. Most established makers will build to a specified note list. Expect a longer wait, a premium, and a conversation about feasibility, because not every note set is physically buildable on a given shell size. Intervals that require two large adjacent fields, or notes far outside the shell’s comfortable range, may be refused. A good maker will tell you when your idea will not sustain properly, and you should listen.
Designing your own. Genuinely rewarding if you already know what you want to play. Write out the note list, check every interval against every other, and pay particular attention to which notes end up adjacent on the tone circle, because semitone neighbours will beat and muddy. Then send it to a maker and expect them to push back.
The honest warnings. Rare scales have thin resale markets; a D Kurd sells in days, a bespoke fourteen note Nordlys may sit for a year. There will be no tutorials, no tab and no backing tracks. And you will have no duet partners, because nobody else has your instrument.
None of that should stop a player who has hit a real ceiling and knows precisely which notes are missing. It should stop a player who wants something unusual for its own sake.
SCA-16Is there a quick reference table of the common scales?#
beginner
Short answer. Yes, below. Every layout shown was checked against at least one maker or curated database and most against two. Where a layout could not be reliably verified, or where sources conflict, the table says so rather than guessing.
Layouts are written as ding / tone fields ascending. Unless a version number is given, the layout shown is the common nine note form.
Scale
Family
Verified example layout
Mood
Kurd (D)
Natural minor
D3 / A3 Bb3 C4 D4 E4 F4 G4 A4
Complete, grounded, richly melancholic. The default.
Kurd (E)
Natural minor
E / B C D E F# G A B
As D Kurd but brighter and more articulate.
Kurd (F)
Natural minor
F / C Db Eb F G Ab Bb C (single source)
Warm, dark, dense.
Annaziska (C#)
Natural minor
C# / G# A B C# D# E F# G#
Kurd by another name; slightly warmer for the lower root.
Aeolian
Natural minor
Layouts vary by maker, confirm with yours
Theoretical name for the Kurd/Annaziska idea.
Celtic / Amara (D)
Minor, no 6th
D / A C D E F G A C
Open, flowing, wistful. Easiest minor to improvise on.
Amara (B)
Minor, no 6th
B2 / F#3 A3 B3 C#4 D4 E4 F#4 A4
Deep, spacious, contemplative.
Integral (D)
Minor, gapped
D / A Bb C D E F A C (sources conflict, confirm)
Airy minor with a deliberate hole in it.
Equinox (E)
Minor, no 4th
E / G B C D E F# G B
Suspended, hopeful, neither settled major nor minor.
Mystic (D)
Minor, gapped
D / A Bb D E F A C (single source)
Sparse, drifting, unresolved.
La Sirena (E)
Minor, hexatonic
E / G B C# D E F# G B (single source)
Dreamy, romantic, nostalgic.
Sabye (E)
Major
E / A B C# D# E F# G# B
Warm, uplifted, resolved. Good under a voice.
Ashakiran (D)
Major
D / G A B C# D E F# A (single source)
Same idea as Sabye under another name.
Ionian
Major
Layouts vary by maker, confirm with yours
Theoretical name for a plain major set.
Golden Gate (C)
Major, Lydian tinge
C3 / E3 G3 B3 C4 D4 F#4 G4
Floating, cinematic, expansive.
Magic Voyage
Minor pentatonic
Sources conflict, confirm with your maker
Dreamy and sustained; close to Low Pygmy.
Pygmy (F)
Minor pentatonic
F / G Ab C Eb F G Ab C
Earthy, hypnotic, endlessly forgiving.
Low Pygmy (F2)
Minor pentatonic
F2 / F G Ab C Eb F G Ab
As Pygmy, an octave of weight lower.
Pygmy (G)
Minor pentatonic
G / A Bb D F G A Bb D
Bright, tribal, rhythmic.
Akebono (F#)
Japanese pentatonic
F# / B C# D F# G B C#
Haunting, ceremonial, slightly aching.
Akebono (G)
Japanese pentatonic
G / C D Eb G Ab C D
As above, warmer root.
Hijaz (D)
Harmonic minor family
D / G A Bb C# D E F A (sources conflict, confirm)
Spicy, suspenseful, Middle Eastern.
Romanian Hijaz (E)
Harmonic minor variant
E / A B C D# E F# G B
Hijaz colour with a brighter, more danceable lift.
Hijaz Kar
Double harmonic
Could not verify a maker layout, confirm with yours
Could not verify a maker layout, confirm with yours
Usually implied on a pentatonic pan rather than built in.
How to use this table. Shortlist two or three moods, then get the exact note lists from the specific makers you are considering, then listen to recordings of those specific instruments. The table narrows the field. It does not replace the last two steps.
What a handpan scale is, how to read a note layout, what the naming format means, and what note count actually buys you.
SCA-01What is a handpan scale, and why is the instrument fixed to one?#
beginner
Short answer. A handpan scale is the fixed set of pitches hammered and tuned into the shell: one centre note (the ding) plus a ring of tone fields. Because each note is a physically shaped, tensioned area of steel, the set cannot be changed after the instrument is built, so you choose your scale once, at purchase.
Every tone field on a handpan is a dimple of steel whose size, depth and surrounding tension determine its pitch. The tuner then shapes that field so its fundamental, its octave and its compound fifth all line up. That triple tuning is what gives the handpan its bell like ring, and it is also what locks the instrument down. You cannot retune a field by a semitone the way you retune a guitar string. A skilled tuner can nudge a field a few cents back into place during a service, and can occasionally shift a note by a semitone or so on a forgiving instrument, but that is repair or conversion work, not a performance option.
So a handpan is closer to a set of tuned bells than to a keyboard. A nine note instrument gives you nine pitches and nothing else. Anything outside that set has to come from somewhere else: a second instrument, a voice, a guitar.
This sounds like a severe limitation and it is, in the narrow sense. In practice it is the reason the instrument is so approachable. There are no wrong notes. Every combination inside the set has been chosen by the maker to be at least tolerable and usually beautiful, so a complete beginner can strike anything, in any order, and produce something that sounds intentional. Almost no other instrument offers that.
The trade off is that the choice of scale is the single most consequential decision in owning a handpan, more consequential than the maker, the steel or the finish. A poorly chosen scale is an instrument you stop reaching for.
Going deeper. The word “scale” is used loosely here. Many handpan note sets are not scales in the theoretical sense at all. They are curated pitch collections that sit somewhere between a mode and an extended chord, often with notes repeated at the octave and a scale degree or two deliberately missing. Calling them scales is convention, not analysis.
Short answer. Read the ding first, then the tone fields in ascending pitch order, alternating left and right around the ding: the lowest field sits directly below the ding, the next one up sits opposite it, and so on, spiralling outwards and upwards.
Written layouts follow a standard shape. A slash separates the ding from the tone circle:
D3 / A3 Bb3 C4 D4 E4 F4 G4 A4
That is D Kurd 9. The ding is D3. The eight tone fields, listed in ascending order, are A3, Bb3, C4, D4, E4, F4, G4 and A4. This layout is confirmed by multiple independent maker and database sources.
Physically, the lowest tone field (A3) sits closest to you, immediately below the ding. The next note up (Bb3) sits on the opposite side of the ding, near the top. C4 comes back down to the near left or right, D4 goes back across, and the sequence continues to alternate, working upwards and outwards until the highest note sits at the top of the circle. Whether the low note starts on your left or your right depends on the maker and sometimes on the individual instrument.
Octave numbers matter. D3 is roughly 146 Hz, an octave and a bit below middle C. When a layout is written without octave numbers, as many shop listings are, you lose the information about where the instrument actually sits in pitch, and two instruments written identically can sound an octave apart.
Notes in brackets, as in (Bb2) (C3) D3 / (F3) (G3) A3 Bb3 ..., are bottom notes: tone fields tuned into the lower shell around the gu hole. See SCA-07.
Going deeper. Some makers number fields rather than name them, with the ding as 0 or D and the tone fields as 1 upwards from the lowest. Numbering is the basis of most handpan tablature, and it travels between instruments in a way note names do not: field 3 to field 5 is the same physical gesture on a D Kurd and an E Kurd.
SCA-03Why do the notes zigzag rather than run round in order?#
beginner
Short answer. Because alternating sides puts consecutive scale steps under opposite hands and puts the notes of a chord next to each other. A simple ascending run round the circle would force one hand to do all the work and would scatter every chord across the whole instrument.
Consider the alternative. If the notes simply ran clockwise from lowest to highest, playing a scale would mean one hand chasing round the circle while the other sat idle, and a five note run would take you halfway round the pan. Worse, the notes that belong together harmonically, the root, third and fifth of a chord, would end up two or three fields apart in the same direction, awkward for either hand.
The alternating layout solves both problems at once. Consecutive scale degrees land on opposite sides, so an ascending line naturally alternates hands, which is exactly what you want for speed and evenness. Meanwhile, notes a third apart, which is what stacks into chords, end up adjacent or nearly adjacent on the same side. On a D Kurd, the notes on one side tend to give you one triad and the notes on the other side another, so a chord is a single comfortable hand shape rather than a reach.
There is an acoustic reason too. Adjacent tone fields on a handpan are coupled: striking one excites its neighbours slightly. Neighbours that are a third or a fifth apart reinforce each other pleasantly. Neighbours a semitone apart would beat and muddy. The alternating layout tends to keep semitone pairs on opposite sides of the ding, which is one reason handpans sound so clean when you play freely.
Finally, the layout makes the instrument playable without looking. Because the pattern is consistent across almost every maker, the geometry of “up a step” is the same physical crossing motion whatever pan you sit at. Muscle memory learned on one instrument transfers to another in the same note count, even in a different key.
Going deeper. The pattern was established by PANArt on the original Hang and has been near universally adopted. Exceptions exist, particularly on very high note count instruments and mutants where the maker has to compromise geometry to fit the fields in, and on some deliberately experimental layouts. If you are buying an unusual instrument, ask for a photograph of the actual field positions rather than assuming.
SCA-04What does a name like “D Kurd 9” or “C# Annaziska 10” actually mean?#
beginner
Short answer. Three parts: the root or ding note, the scale family name, and the total number of tone fields including the ding. So “D Kurd 9” is a Kurd scale rooted on D with nine notes in total, and “C# Annaziska 10” is an Annaziska rooted on C# with ten.
Take each part in turn.
The letter is the ding, the centre note, which is almost always the tonal home of the instrument. D Kurd means the ding is a D, usually D3. Occasionally a maker writes the octave in, as in “F2 Low Pygmy”, and when they do it is worth paying attention, because an F2 ding is a full octave below an F3 ding and produces a physically much larger, deeper instrument.
The middle word is the scale family: Kurd, Celtic, Amara, Pygmy, Hijaz, Sabye, Equinox, Integral, Annaziska, Akebono and so on. Some of these names are ordinary music theory (Aeolian, Dorian, Major, Harmonic Minor). Most are handpan specific coinages invented by makers, sometimes because the note set has no clean theoretical name, sometimes because “Golden Gate” sells better than “C major with a raised fourth and no fourth degree in the lower octave”. Both motives are real and neither is dishonest, but it does mean the middle word carries no guarantee.
The number is the total count of tuned fields, ding included, and normally including any bottom notes. A “D Kurd 9” has the ding plus eight tone fields on top. A “D Kurd 10” adds one more, usually a C5 at the top of the circle. Counting conventions are the one place makers are fairly consistent, though a few list top notes and bottom notes separately, as in “9 + 3”.
Some names carry a fourth element. “Low” in “F Low Pygmy” signals a ding an octave down from the usual. A builder’s name appended to a scale, as in some database listings, means that particular player or maker specified that particular arrangement, and it is effectively a custom layout.
Going deeper. The number does not tell you the range. A twelve note instrument might spend its extra fields extending upwards, filling in a missing scale degree, or adding bottom notes below the ding, and those are three very different instruments. Always ask for the full written layout with octave numbers, not just the name and the count.
SCA-05Why does the same scale name differ between makers?#
beginner
Short answer. Because handpan scale naming has no standards body, no registry and no agreed definitions. Names were coined ad hoc by individual makers over twenty odd years, spread by word of mouth and shop listings, and drifted. Two instruments sold as the same scale can genuinely have different notes.
This is not a minor caveat. It is one of the most important practical facts about buying a handpan, and it catches out experienced players.
Some concrete examples, all documented by makers and scale databases:
Celtic and Amara are used interchangeably. Isthmus Instruments states plainly that the two names refer to the same thing. Some sellers use “Amara” for C and C# roots and “Celtic Minor” for D and E roots, but this is a tendency, not a rule. Saraz credits Pantheon Steel with first applying “Celtic Minor” to a handpan scale around 2012.
Kurd, Aeolian and Annaziska overlap heavily. All three often describe a natural minor set. Annaziska tends to be used for C# roots and Kurd for D and E roots, but the underlying note relationships are frequently identical. A C# Annaziska 9 (C#3 / G#3 A3 B3 C#4 D#4 E4 F#4 G#4) is a Kurd shape by another name.
Sabye and Ashakiran are both major family names for essentially the same idea, and some databases simply append “(Major)” to both.
Hijaz is the worst offender. Instruments sold as Hijaz vary substantially in their actual note content between makers, some sitting closer to harmonic minor, others to Phrygian dominant, others to a Romanian or Ukrainian Dorian shape. Two Hijaz pans from different builders may share fewer notes than you would expect.
“Low Pygmy” originally meant a Pygmy with the ding dropped, but different makers drop it by different amounts, and some now build F2 dings where others build F3.
Isthmus reports having catalogued well over 200 distinct handpan scale names since the instrument’s invention, many of them near duplicates of each other under different labels.
The practical rule is simple and non negotiable: never buy on the scale name alone. Ask the maker or seller for the full written layout, with octave numbers, and if possible a recording of the actual instrument. If they cannot or will not provide it, that tells you something too.
Going deeper. Naming inflation has commercial causes. A distinctive name differentiates a maker’s offering and is not something a competitor can straightforwardly claim. The result is that the useful, load bearing information (the note list) is the part most often omitted from a listing, while the decorative part is prominent.
SCA-06What does a 9 note, 10 note or 12 note instrument actually give me?#
beginner
Short answer. Nine notes gives you a complete, comfortable musical world with room between the fields. Ten usually adds one note at the top and completes the scale. Twelve gives you a second octave to move between and a much busier surface. The jumps buy range, not quality.
Eight and nine notes is where the instrument started and where most players stay happy for years. On a nine note pan you get the ding plus a full octave and a bit of the scale. That is enough for melody, for three or four usable triads, for ostinato patterns under a melody, and for practically all the repertoire beginners learn. The fields are large and well separated, which means good sustain, a forgiving strike area and clean harmonics with minimal interference between neighbours. Many long time players consider nine notes the sweet spot for tone.
Ten notes has become the common default for new buyers. The tenth field usually goes at the top of the circle, extending the range upwards by one step and, on scales like D Kurd, completing the octave (adding C5 above the A4). It costs you very little in tone and gives melodies somewhere to go. If you are choosing between a nine and a ten from the same maker at similar price, the ten is rarely a mistake.
Twelve to fourteen notes changes the instrument’s character. You get most of two octaves, which means you can play a melody up high while an accompaniment sits low, and you get far more chord voicings. The cost is real: fields are smaller and closer together, sustain per field is typically shorter, cross talk between neighbours increases, and the surface demands more accuracy. These are performer’s instruments, and they take a while to map.
Seventeen and above, often bottom noted or mutant, are specialist tools. See SCA-07.
There is also a build reality behind the price differences. Every additional field has to be shaped and tensioned without disturbing the fields already tuned, and the difficulty compounds. A seventeen note instrument is not twice the work of a nine note; makers commonly describe it as several times the work, with a much higher chance of the shell simply refusing to cooperate.
Short answer. Bottom notes are extra tone fields tuned into the lower shell around the gu hole, usually extending the range downwards. Mutants are instruments carrying notes outside the primary scale, often a second scale layered onto the first. Both add reach and both add difficulty.
Bottom notes sit on the underside, arranged around the gu (the large sound hole). They are conventionally written in brackets in a layout: (Bb2) (C3) D3 / (F3) (G3) A3 Bb3 C4 .... Most commonly they extend the instrument downwards, giving you bass notes below the ding, which is transformative for solo playing because you can finally hold a low root while the melody moves above it. Some makers also put high notes down there when the top shell has run out of room.
The catch is that you play them blind and upside down. The pan sits on your lap or a stand, the bottom fields face away from you, and your hand has to go underneath and strike a field you cannot see, with the geometry mirrored. It is entirely learnable, but it is muscle memory rather than aim, and it takes months rather than weeks. Bottom notes also interact with the gu: heavy playing near the hole affects the gu’s own resonance and can muddy things.
Mutants are the looser term. In common usage a mutant is any instrument whose note set goes beyond a single coherent scale, typically by adding chromatic passing notes or by fitting a second scale’s notes into the spare fields. A well designed mutant lets you modulate: play in D minor for a while, then shift the tonal centre and play in F major or D Dorian without changing instrument. A poorly designed one is a chromatic muddle where the “no wrong notes” property of the handpan is lost and you have to actually know what you are doing.
That last point is the real trade off. The reason a handpan feels magical to a beginner is that the note set has been curated so that random striking sounds intentional. Mutants and heavily extended instruments deliberately give up some of that safety in exchange for harmonic freedom. That is a good trade for a player who has repertoire and knows their theory, and a bad one for someone still learning to strike cleanly.
Going deeper. Bottom notes and mutant fields also complicate resale and servicing. Fewer tuners are comfortable working on a crowded bottom shell, and the tension interactions mean a bottom note going flat can pull neighbouring top fields with it.
Short answer. No. More notes is more range and more complexity, bought with smaller fields, shorter sustain, more cross talk, higher price and a steeper learning curve. For a first instrument, nine or ten notes is almost always the better musical choice.
The temptation is obvious. A seventeen note pan looks like it can do more, and in a narrow sense it can. But consider what actually limits a beginner. It is not the number of available pitches. It is strike accuracy, dynamic control, rhythmic independence between the hands, and knowing what to do with the notes you already have. None of those improve with more fields, and all of them get harder.
The acoustic argument is real too. A handpan shell has a fixed area. Adding fields means each one is smaller, which generally means less sustain and a thinner fundamental. The fields are also closer together, so striking one excites its neighbours more, and on a densely packed instrument that turns into a persistent wash of ringing that you have to actively damp. On a nine note pan you can let everything ring and it sounds like a chord. On a seventeen note pan letting everything ring can sound like a dropped tray.
There is a psychological cost as well. Handpan players consistently report that a small note set drives creativity, because constraint forces you to find new things inside the same material rather than reaching for a new note. Players who move to large instruments often find they use a familiar subset of nine or ten fields and rarely touch the rest.
None of this means large instruments are bad. If you play with other musicians, need to modulate, want to accompany a singer across a wide range, or perform solo sets where a single scale gets monotonous, the extra notes earn their place. The question is whether you have hit the ceiling of a smaller instrument, and most players have not.
A reasonable path: start at nine or ten, play it for at least a year, and let the second instrument answer a problem you have actually experienced rather than one you have imagined.
How to choose a first instrument, what things cost in 2026 and why, how to deal with makers, and how not to lose your money to a scam.
This is the section people arrive at with money in hand, so it is written to be used in that
order: work out what you want, work out what it should cost, work out who to buy it from, and
check that the person you are buying from is real. If you read only one page here before paying
anyone, make it Scams and safe buying.
Two standing caveats. Every price in this section is a 2026 figure and prices move, sometimes
quickly, with steel costs, freight and exchange rates. And this repository does not rank makers
or recommend one over another. What it does is explain how to evaluate an instrument, a seller
and a price for yourself.
Choosing your first handpan (BUY-01 to BUY-07). How to pick a first instrument, what to listen for, and how to work out whether the hobby will stick before you spend the money.
Prices, value and what you are paying for (BUY-08 to BUY-14). What handpans cost in 2026, why they cost that, whether the money buys sound, and how well they hold value.
Makers and ordering (BUY-15 to BUY-21). Finding makers, understanding waiting lists and lead times, asking the right questions, deposits, and what to do when an order goes wrong.
Scams and safe buying (BUY-22 to BUY-27). How handpan fraud actually works, the red flags that catch almost all of it, which payment methods protect you, and what to do if it happens.
Buying used, buying cheap, and what else you need (BUY-28 to BUY-30). Whether the secondhand market is worth it, what the very cheap factory instruments are actually like, and which accessories are genuinely necessary on day one.
6.1 - Buying used, buying cheap, and what else you need
Whether the secondhand market is worth it, what the very cheap factory instruments are actually like, and which accessories are genuinely necessary on day one.
BUY-28Is buying used a good idea, and what should I inspect?#
intermediate
Short answer. Yes, and it is often the best value in the whole market, because good instruments hold their tuning for years and the discount is real. The risk is not wear, it is fraud and hidden damage, so inspect thoroughly and pay by a protected method.
Why used works well here. A handpan has no moving parts, no consumables and no electronics. A well cared for instrument from a good maker at ten years old can be indistinguishable from new. Meanwhile the discount is meaningful: instruments from established makers commonly resell at around seventy to ninety per cent of retail, and mid range instruments rather lower. Used is also the only realistic route to instruments from makers who have long lead times, have stopped producing, or have closed.
Where used is less attractive. At the very bottom of the market the saving is small and you lose any warranty, so a new budget instrument is usually the better buy. Used is also weaker if you need a specific unusual scale, because you will wait a long time for one to appear.
The inspection, in person.
Tone fields. Sight along the surface with light raking across it. Look for dents, flattened areas and any distortion in the dimple or dome of a note. Dents in a tone field push it out of tune and can be difficult or impossible to correct.
Rust. Light surface bloom on the outside is cosmetic and treatable. Pitting, flaking or bubbling under the finish is structural and is a reason to walk away. Shine a torch through the gu and look inside: interior rust from stored moisture is the common hidden fault.
The seam. Where the two shells meet, look for separation, cracking or gaps.
Tuning. Play every note alone and slowly. Then use a chromatic tuner app. Within about five cents is normal. Consistent deviations of ten cents or more mean it needs a retune, which typically costs 150 to 300 USD in 2026 plus freight, so factor that into the price.
Crosstalk and sustain. Strike each note and damp it, listening for neighbours ringing loudly. Check that notes decay smoothly rather than dying abruptly.
The gu and the rim for dents from being set down hard.
Remotely. Demand a fresh video of that exact instrument played slowly note by note, plus close photographs of every tone field, the seam, the gu interior and the serial number. Verify the seller and the provenance before paying, and negotiate on the basis of any retuning it needs. Opening around ten to fifteen per cent below the asking price is normal in this market.
BUY-29What are the very cheap factory handpans really like, and when do they make sense?#
beginner
Short answer. Better than their reputation and worse than their marketing. In 2026 a 600 to 900 dollar factory instrument is usually genuinely playable; below about 400 dollars the quality becomes a lottery, and below about 250 dollars you are often not buying a handpan at all.
What changed. For most of the instrument’s history, cheap meant unusable. Through the early 2020s several volume producers, mostly though not only in Asia, worked out repeatable shell forming and enough hand finishing to produce instruments that hold a tuning. The floor of the market rose. Ignoring this is as unhelpful as pretending the gap has closed.
What you are actually getting.
Machine formed shells with limited hand tuning. The consequence is variance: units from the same production run can differ audibly, which is why a video of your specific instrument matters more here than at any other price point.
Shorter, thinner sustain and more crosstalk. Fields tend to be tuned adequately rather than precisely, and the harmonic partials are less cleanly aligned.
A narrower dynamic range. These instruments often want to be struck harder to speak properly, which teaches exactly the technique you do not want.
Thinner steel in the cheapest examples. Sheet below about 1.0 mm is more prone to warping and to losing tuning under normal playing.
Limited scale choice. Mostly the popular symmetrical layouts in nine to eleven notes, because those batch efficiently.
Little or no service. Many volume producers do not retune, and some independent tuners decline to work on these shells. A 200 dollar retune against a 550 dollar instrument rarely makes sense.
Two things to watch for. Instruments under about 250 dollars marketed as handpans are frequently steel tongue drums, a different instrument entirely with cut tongues rather than tuned domes, and no comparable harmonic structure. They can be lovely, but know what you are buying. Separately, be wary of instruments sold on their appearance, with airbrushed artwork or rainbow finishes, priced as decoration rather than as instruments.
When a cheap instrument genuinely makes sense. As a travel or outdoor instrument you do not mind risking. As a second instrument in a scale you want occasionally. As a school, workshop or therapy setting instrument where several are needed. And as a first instrument for someone whose realistic ceiling is under 900 dollars, provided it is a specific unit that has been demonstrated on video and comes from a seller who can be held accountable.
BUY-30What accessories do I actually need at purchase, and what can wait?#
beginner
Short answer. A proper case and a suitable oil or protective cloth. That is genuinely it. Stands, microphones, seats and effects can all wait until you know how you play.
Buy at the same time as the instrument.
A case. The most important accessory by a distance. Handpans are damaged in transport more than anywhere else, and a dent in a tone field is a tuning problem, not a cosmetic one. A padded soft case with a rigid or semi-rigid base is adequate for careful home use and short trips. A hard case is worth it if you travel, fly, or carry it on public transport. Expect roughly 50 to 300 USD in 2026 depending on type. Many makers include a basic bag; check whether it actually protects the surface or is simply a dust cover.
Protection for the steel. What you need depends on the material. Nitrided and raw carbon steel instruments need a light protective oil applied occasionally, and a microfibre cloth to wipe off hand acids after playing. Stainless instruments are far more corrosion resistant and often need little more than wiping down. Ask your maker what they recommend for their steel, because recommendations differ and using the wrong product is worse than using none. Budget 10 to 20 USD.
Buy soon, but not necessarily on day one.
A stand. Playing on your lap is normal and fine, and many players prefer it. A stand helps for long sessions, for playing standing, for recording, and for anyone with back or hip discomfort. Wait until you know how you sit.
A seat at the right height. A cheap adjustable drum throne or stool changes posture and comfort more than most people expect, and posture problems are the most common physical complaint among players.
Wait.
Microphones and pickups. Only when you actually want to record or amplify, and by then you will know what you need.
Effects, loopers and pedals. Genuinely fun, genuinely a distraction in the first months.
Mallets and beaters. Handpans are played with hands. Mallets have their uses, but not at the start.
A second instrument. It will happen. Not yet.
Not accessories, but worth the money. A tuner app for periodic checks, and a lesson or two, in person or online. A single session on hand posture and strike technique early on prevents habits that take a long time to unlearn and can cause genuine discomfort.
How to pick a first instrument, what to listen for, and how to work out whether the hobby will stick before you spend the money.
BUY-01What should I look for in my first handpan?#
beginner
Short answer. A clean, stable tuning on every note, a scale you enjoy hearing repeatedly, a maker who will still answer emails in three years, and a price you can lose without disaster. Everything else is secondary.
Most first time buyers get the priorities backwards. They agonise over scale names and shell colour, then buy from a seller who cannot be contacted after the parcel arrives. Reverse that order.
Tuning quality comes first. Each note on a handpan carries at least three tuned partials: the fundamental, an octave above it, and a compound fifth (an octave and a fifth above). When those three are properly aligned the note sounds like one clear voice with a shimmer around it. When they are not, the note sounds sour, wobbly or thuddy, and no amount of practise will fix it. This is the single thing that separates a real instrument from a wall decoration.
The scale matters more than beginners expect, and differently than they expect. You are going to hear this scale for hundreds of hours. What matters is not whether it is “the best” scale but whether it still pleases you on the twentieth listen. Play long demo videos of a candidate scale in the background while you do something else for an hour. If you are still happy, that is a real signal. D Kurd and D Celtic Minor are the most common first scales for a practical reason: they are forgiving, there is an enormous amount of free tutorial material recorded in them, and they resell easily. That is not the same as saying they are superior.
Then the maker relationship. A handpan is a serviceable object. It can drift out of tune, it can be dented, it needs occasional attention. Buying from someone with a real trading history, a public catalogue of instruments, and a stated retuning or repair policy is worth more than a slightly prettier finish.
Then ergonomics. Weight (typically around 3.5 to 5 kg for a standard 53 cm shell), rim comfort, and whether you can reach the outer notes without leaning are genuine daily concerns, especially if you have small hands or plan to play seated for long periods.
Short answer. In 2026, most beginners are well served somewhere between roughly 700 and 1,800 US dollars (or a broadly similar figure in euros from European makers). Below about 500 you are gambling on tuning quality; above about 2,500 you are buying refinements a beginner cannot yet hear.
The honest framing is not “what is the right amount” but “what is the most I can spend without the purchase becoming a source of stress”. A handpan you feel guilty about is a handpan you play less.
Three practical bands as of 2026:
Around 600 to 900 USD. Larger workshop and semi-industrial instruments. Many are genuinely playable now, which was not reliably true five or six years ago. The variance is high: two instruments from the same batch can differ noticeably. Buy only with a video of the exact instrument.
Around 1,000 to 1,800 USD. Small workshop and individual artisan instruments. This is where tuning consistency becomes predictable rather than lucky, and where you usually get a maker who will retune the instrument later.
Around 1,800 to 3,000 USD. Established makers with long track records, wider scale catalogues, better sustain and cleaner harmonics. Excellent instruments, but the improvement over the band below is real and incremental rather than transformative for a first year player.
Budget for the extras. A padded case is typically 50 to 300 USD, international shipping often 100 to 200 USD, and customs or import VAT can add a surprising amount when buying across borders. Work out the landed cost, not the sticker price.
One more consideration: a mid band instrument that you keep, and that holds most of its value, often costs less over five years than a very cheap instrument you replace within twelve months. Cheap is not the same as inexpensive.
Prices in this repository are given for 2026 and they move. Steel costs, shipping costs and exchange rates have all shifted repeatedly in recent years. Treat every figure here as a starting point for your own checking, not a quote.
BUY-03Should I buy a cheap handpan first and upgrade later?#
beginner
Short answer. It is a defensible plan if the cheap instrument is genuinely in tune, and a bad plan if it is not. A badly tuned instrument does not just sound worse, it actively teaches you to stop listening.
The argument for starting cheap is straightforward. You do not yet know whether you will love the instrument, which scale suits you, or how many notes you want. Spending 700 rather than 2,500 while you find out is rational, and the cheap end of the market genuinely improved through the early 2020s.
The argument against is subtler and worth understanding. Learning any acoustic instrument is largely learning to hear. A handpan whose partials are misaligned gives you constant confusing feedback: notes that sound wrong no matter how you strike them, tone fields that trigger their neighbours, sustain that dies in a second. Beginners typically conclude that they are the problem. Some quit. Others develop a hard, forcing technique trying to make the instrument speak, which then has to be unlearned.
So the rule is not “cheap versus expensive” but “in tune versus not in tune”. A well made 700 dollar instrument is a fine first handpan. A poorly tuned 700 dollar instrument is worse than nothing.
The practical middle path most experienced players suggest:
Set a ceiling you are comfortable with.
Within that ceiling, buy the best tuned instrument you can find rather than the most notes or the prettiest finish.
Insist on a video of that exact instrument before paying.
Accept that if you continue you will probably want a second instrument within two years anyway. Almost everyone does.
Also weigh the alternative to buying cheap: renting, or borrowing at a local meetup, costs less than a bad purchase and answers the “will I stick with it” question more honestly. See BUY-07.
BUY-04What makes an instrument “good”, and how do I judge one from a video?#
beginner
Short answer. Good means each note speaks cleanly and in tune with a long, even decay, neighbouring notes do not ring uncontrollably when you strike one, and the whole instrument feels like a single voice. From video you can hear most of that if the seller plays each note slowly and individually.
What “good” actually consists of:
Correct partials. Fundamental, octave and compound fifth aligned on every note. A well tuned note sounds like one pitch with a halo, not two arguing pitches.
Even response across the instrument. No note that is dramatically quieter, shorter or harsher than its neighbours.
Controlled crosstalk. Some sympathetic ringing is desirable and is part of the instrument’s character. Uncontrolled crosstalk, where striking one note makes another one bark unbidden, is a defect.
Sustain appropriate to the material. Nitrided low carbon steel typically has a warmer, shorter decay; stainless typically rings longer and brighter. Neither is better, but a note that dies almost immediately on any material is a warning.
Stability. The instrument stays in tune under normal playing. This one you cannot assess from a video at all, only from the maker’s track record.
Judging from video. Ask for, and refuse to buy without, a video of the specific serial numbered instrument you are being sold, recorded recently, ideally with a spoken date or something identifying in shot. Then ask the seller to include a slow single pass around the instrument: every note struck once, alone, allowed to ring out fully. Musical demos are enjoyable but they hide problems, because fast playing and reverb mask everything.
Listen with headphones. Listen for notes that waver in pitch as they decay, notes that sound like two pitches, notes that stop early, and a ding (the centre note) that thuds rather than sings. Be sceptical of heavy reverb, backing tracks, outdoor recordings with wind, and edited cuts between notes.
Video will not tell you about weight, rim comfort, or how it responds to a light touch, and phone microphones compress dynamics badly. It is a filter for obvious problems, not a guarantee.
BUY-05What should I check when trying a handpan in person?#
beginner
Short answer. Play every note alone and slowly, check tuning with a chromatic tuner app, look for dents and rust, listen for crosstalk, and pay attention to how it feels at a quiet dynamic rather than a loud one.
A structured ten minute check:
Look before you play. Sight along the surface from eye level, with light raking across it. Dents and flat spots in tone fields show up in reflections far more clearly than head on. Check the rim seam where the two shells join for gaps, lifting or cracked adhesive. Shine a phone torch into the gu (the port underneath) and look for rust, moisture or debris.
Single notes, slowly. Strike each note once with a relaxed fingertip and let it ring out completely. You are listening for clean pitch, even volume and a decay that fades smoothly rather than stuttering.
Tuner check. A chromatic tuner app is crude, because it usually reads only the fundamental, but it catches gross problems. Within roughly five cents of target is normal and inaudible in context. Consistent deviations of ten cents or more suggest the instrument needs retuning, which typically costs 150 to 300 USD plus shipping in 2026.
Crosstalk test. Strike one note and immediately damp it with your palm. If a neighbouring note is still ringing loudly, note which pair. A little is normal, a lot is a design or tuning issue.
Quiet playing. Most beginners test instruments too loudly. Play as softly as you can. A good instrument responds to a whisper. A poor one needs to be hit.
Ergonomics. Sit as you would at home. Can you reach the far notes comfortably? Does the rim dig into your forearms? How heavy is it after two minutes held on your lap?
Ask the awkward questions. When was it last tuned? Has it ever been dropped? Is there a serial number? Who made it, and can they confirm it?
If you are meeting a private seller, meet somewhere public or bring someone with you, and never let enthusiasm rush you. A seller who will not let you take your time is telling you something.
BUY-06How many notes should my first handpan have?#
beginner
Short answer. Nine or ten notes on the top is the standard sensible starting point. Fewer than eight limits you quickly, more than eleven usually costs sound quality, money and shell space you do not yet need.
The physics sets the trade off. A handpan top shell is a fixed area, commonly around 53 cm across. Every note you add takes space away from the others. Smaller tone fields mean shorter sustain, thinner tone and more interaction between neighbours, because the fields sit closer together. This is why a well made nine note instrument frequently sounds better than a poorly executed twelve note one.
Practical guidance:
Eight notes (ding plus seven). Generous, resonant tone fields. Enough for a great deal of music, but you will feel the top end limit within a year or so. Often cheaper and lighter.
Nine or ten notes. The most common configuration sold to first time buyers, and for good reason. Enough range to play most tutorial material and most of what you hear online, without squeezing the fields.
Eleven or twelve notes on top. More melodic possibility, generally a higher price (as a rough guide, makers often add roughly 100 to 300 USD per extra note in 2026), and a real demand on the maker’s skill to keep clean. Worth it from a maker who does it well; a liability from one who does not.
Bottom notes. Many instruments add three or four notes underneath. These extend range without crowding the top, but they are awkward for a beginner to use and they usually add cost and weight. They are a second instrument feature, not a first instrument feature.
Two cautions. First, note count is a marketing number, and low cost sellers use it heavily because it is easy to advertise. Second, more notes is not more music. Most of the recorded handpan music people fall in love with uses a handful of notes. Range is not the constraint on a beginner, technique and rhythm are.
Going deeper. Some makers avoid twelve note top layouts because fitting the extra fields forces the ding off centre and compromises the shell’s symmetry. Others have solved it convincingly. Judge the specific instrument, not the layout in the abstract.
BUY-07How do I know whether I will stick with it before I spend the money?#
beginner
Short answer. Rent one for a few weeks, or go to a handpan meetup or festival and play a dozen instruments in an afternoon. Both cost a fraction of a bad purchase and tell you far more than any amount of reading.
The reassuring news first: the handpan has an unusually high stick rate compared with most instruments. It is immediately rewarding, it is tuned to a single scale so nothing you play sounds wrong, and it needs no theory to start. The people who abandon it usually do so for one of three reasons: they bought a badly tuned instrument, they bought a scale they grew tired of, or they expected it to fill a room the way a guitar does and found it quieter and more intimate than they imagined.
Ways to test the water:
Rental. A number of European and North American shops rent instruments, often for two to four weeks, and commonly credit some or all of the rental fee against a purchase. As an example of the shape of these schemes, one European retailer in 2026 listed roughly 140 euros for fourteen days rising to about 250 euros for thirty days, with the fee credited in full if you then buy. Terms vary widely, so read them.
Meetups and festivals. This is the best option if one is within reach. Handpan gatherings exist across Europe, North America, Australia and increasingly Asia, and the culture at them is generous: people hand you their instruments. An afternoon at one teaches you what you like about tone, weight and scale in a way that months of YouTube cannot.
Shops and maker visits. Some makers and specialist shops welcome visitors by appointment. If you are anywhere near one, go.
Borrow. Local Facebook groups and community boards often have players willing to meet.
What to pay attention to during the trial: do you reach for it without deciding to? Does the scale still please you after two weeks? Does playing it leave your hands or shoulders sore, which would suggest technique or ergonomics you want to sort out early?
If none of this is available to you, the lower risk purchase is a well reviewed instrument in the middle of the market from a maker with a real returns policy, bought with a payment method that protects you.
Finding makers, understanding waiting lists and lead times, asking the right questions, deposits, and what to do when an order goes wrong.
BUY-15How many handpan makers are there, and how do I find them?#
beginner
Short answer. Somewhere in the low hundreds worldwide in 2026, spread across forty or more countries. The practical way to find them is through the public maker directories, then to cross check anyone you like against community discussion before you send money.
Counting makers is genuinely difficult, because the category has no boundary. Directories such as the one maintained by Master The Handpan list on the order of a hundred makers, and handpan-focused publications in 2026 put the global figure at over two hundred once small solo builders are included. Both numbers are defensible. There are perhaps a few dozen with long, well documented track records, a larger tail of newer small workshops, and a separate group of volume producers making instruments in the hundreds or thousands.
Where to look:
Maker directories. Master The Handpan’s directory is the best known and lets you filter by price, country and stated lead time. Handpan Guru maintains maker overviews. Directories are a starting point, not an endorsement, and most of them say so.
Community groups. Facebook groups (the large general handpan groups and the dedicated swap and sale groups), the r/handpan subreddit, and forum communities such as Handpan Village. This is where you find out what owning a maker’s instrument is actually like three years later.
Festivals and gatherings. The fastest way to compare many makers at once, and to meet builders directly.
Specialist retailers. Shops that stock several makers can be useful, and some offer trial periods, though you pay a margin for it.
What to be careful of. Search engine results and “best handpan” listicles are dominated by sellers optimising for traffic, and many are affiliate driven. A maker’s own site tells you what they want you to know. Neither is a substitute for finding actual owners.
This repository does not rank makers and will not tell you who is best. What we can say is what a good maker looks like: several years of trading, a visible catalogue of instruments over time, videos that show single notes and not just atmospheric demos, clear statements about steel and treatment, a written policy on tuning and repairs, and traceable owners who will talk about them.
BUY-16How do waiting lists and lotteries work, and how long are lead times in 2026?#
intermediate
Short answer. Much less dramatically than they used to. In 2026 most instruments can be bought from stock or with a wait of a few weeks to a few months. Multi-year lists and lottery draws still exist for a handful of sought after makers, but they are the exception rather than the rule.
The history matters, because a lot of what is written online is out of date. In the early years, demand vastly outstripped supply. PANArt famously stopped taking orders and asked people to write letters. Some later makers accumulated waiting lists in the thousands, and Pantheon Steel in the United States ran a well known lottery so that a new applicant had some chance rather than joining a queue years long. Those stories are still repeated as though they describe the present market. They largely do not.
What changed. The number of makers grew enormously through the 2010s and 2020s, volume producers entered at the bottom, and forming techniques improved. Supply caught up with demand for all but the most sought after names.
The mechanisms you will actually encounter in 2026:
Stock lists. The most common. Makers post finished instruments with photographs, videos, scale and sometimes weight, and they sell first come first served. Popular scales go quickly.
Drops or releases. A batch announced in advance and released at a set time, often via a mailing list. Effectively a scramble.
Build slots. You reserve a place in the queue, usually with a deposit, and specify the scale when your slot comes up.
Lotteries. Now uncommon. A few high demand makers still use a draw to allocate instruments fairly.
Waiting lists proper. Still used, but usually measured in months.
Typical lead times in 2026: volume producers ship from stock in days to a few weeks. Mid range makers often have stock available immediately or build in one to three months. Established artisan makers commonly quote six to twelve weeks for a build, and a smaller number quote six months to a year or more for a custom order.
Ask for the current lead time in writing rather than trusting a website figure, which is often stale.
BUY-17How do I contact a maker, and what should I ask?#
beginner
Short answer. Email or the contact form on their own website, politely and briefly, with what you want and your rough timeframe. Then ask about steel and treatment, current lead time, exact total cost including shipping, the tuning and returns policy, and whether they can send a video of the specific instrument.
Makers are usually one or two people who spend their day hammering, so the ones who reply slowly are not necessarily rude. Keep the first message short.
A workable first email covers: what you are looking for (scale, note count, or simply “a first instrument, open to suggestions”), your country, your budget range, and when you would like it. Ask them to point you at what they have or can build.
Then the questions that matter.
Steel and treatment. What steel, what thickness, nitrided or stainless or raw? A maker who is vague about this is a warning sign.
Lead time, in writing. Current, not the figure on the website.
Total landed cost. Instrument, case, packing, shipping, insurance, and who is liable for import duty and VAT. Cross border orders regularly surprise people with a customs bill.
A video of that exact instrument. For stock items this is non-negotiable. Ask for slow single notes as well as any musical demo.
Tuning policy. Do they retune their instruments later? What does it cost, who pays freight, and is there a warranty period for tuning drifting on a new instrument?
Damage in transit. Is shipping insured, and who claims?
Returns. Is there a trial period? Under what conditions is a refund given, and who pays return shipping?
Payment. What methods, and is a protected method such as a card or PayPal goods and services available?
Serial number and documentation. Useful later for resale and for provenance.
Two etiquette points. Do not ask a maker to compare themselves with a competitor; you will get a diplomatic non-answer and they will not enjoy it. And do not haggle hard on a handmade instrument built by the person you are emailing. Asking whether there is anything in the current stock a little below your budget is fine; grinding on price is not.
How they answer is itself information. Clear, specific and unhurried answers correlate strongly with clear, specific instruments.
BUY-18What is a reasonable deposit, and what should the terms say?#
intermediate
Short answer. For a built to order instrument, a deposit of roughly twenty to fifty per cent with the balance due before shipping is normal. Full payment months in advance is common practice among some makers but it puts all the risk on you, so weigh it carefully and pay by a protected method.
Deposits exist for a real reason. A maker building a custom instrument buys steel, books furnace time and commits weeks of labour to a specification that may suit nobody else if you walk away. Asking you to have some skin in the game is fair.
What good terms look like, ideally in an email you keep:
The amount and the schedule. Deposit now, balance on completion or before shipping. Staged thirds are also common.
What the deposit buys. A specific build slot, a specific scale and note layout, an agreed shell type.
A stated lead time, with an acknowledgement of what happens if it slips substantially.
Refund conditions. Is the deposit refundable if you cancel? If the maker cancels or cannot deliver, is it refunded in full? Is it transferable to a different instrument or to another buyer?
What happens if you do not like the finished instrument. With a custom build the honest answer is often “very little”, which is exactly why stock purchases are lower risk.
Who bears transit damage.
Warning signs. A demand for full payment up front by bank transfer or cryptocurrency from someone you cannot verify is the single most common shape of a handpan scam. A refusal to put terms in writing is a problem regardless of how friendly the correspondence has been. So is a deposit far above the norm from a maker with no track record.
Protect the payment. Where possible put at least the deposit on a credit card. In the UK, Section 75 makes the card issuer jointly liable for purchases over 100 pounds, including where only the deposit was paid on the card, which is unusually strong cover for exactly this situation. PayPal goods and services gives a dispute window (180 days from payment for an item that never arrives), which is worth checking against a long lead time: a nine month build can outrun that window, which is a good reason to prefer card payment on long builds.
BUY-19What happens if a maker goes quiet or goes out of business?#
intermediate
Short answer. Act early and in writing, escalate through your payment provider before its deadline passes, and use the community. Handpan making is a small trade with a long memory, and public, factual posts often resolve things that private emails do not.
Makers go quiet for many reasons, and most of them are not fraud. Small workshops are one or two people. Illness, injury (repetitive strain is an occupational hazard in this trade), a furnace failure, a house move or simple overcommitment can all stall a build for months. Silence is a customer service failure long before it is evidence of theft.
A sensible escalation:
Send a short, dated, factual email. State the order, the amount paid, the agreed lead time, and ask for a revised date. Keep it civil. Keep a copy.
Wait a reasonable interval, then chase once more, and say plainly what you will do next.
Check your payment protection deadlines now, not later. PayPal goods and services normally requires a dispute within 180 days of payment. Card chargeback schemes typically require a claim within 120 days of the transaction, or of the date delivery was due. UK Section 75 claims have no equivalent short deadline and can be pursued much later, which is why card payment matters most on long builds.
Ask the community, carefully. Post factually in a handpan group: what you ordered, when, what was agreed, what has happened. Do not accuse. Other customers will often tell you whether it is a general delay or something worse, and makers frequently reappear when a thread starts.
Formal routes. Consumer protection bodies in the maker’s country, small claims procedures, and, within the EU, the European Consumer Centres network for cross border purchases. These are slow and are worth it mainly for large sums.
If the business has genuinely closed, your instrument may still be serviceable. Independent tuners and other makers will often work on another maker’s instrument, though some decline, particularly for mass produced shells. Ask before assuming.
Prevention is most of the answer. Buy from stock rather than commissioning where you can, pay by a protected method, keep the paper trail, and prefer makers with several years of visible history over new names offering unusually attractive terms.
BUY-20Should I buy from a stock list or order a custom instrument?#
intermediate
Short answer. For a first instrument, buy from stock almost every time. You hear exactly what you are getting, you get it quickly, and your money is exposed for days rather than months.
Stock purchases. The maker has a finished instrument. You can request a video of it, hear its actual sustain and note balance, know its weight, and often ship within a week. If it turns out not to suit you, a return or resale is far easier because the instrument exists and can be demonstrated. The trade off is that you take what is available: the popular scales sell fastest, so you may need patience or flexibility.
Custom orders. You specify scale, note count, sometimes shell type, finish and bottom notes. This is how you get an unusual scale, an extended range, or something built around a project. The trade offs are real: weeks or months of waiting, money committed to something that does not exist, essentially no ability to audition it before paying, and, with most makers, no meaningful right of return because the instrument was made for you.
There is also a middle option worth knowing about: some makers let you choose from instruments already in progress, or reserve a slot in an upcoming batch of a named scale. That gives some of the choice with less of the risk.
When a custom order genuinely makes sense.
You already own an instrument and know precisely what you want next.
You need a specific scale for ensemble work or a recording project.
You have a physical requirement, such as a lighter or smaller instrument.
You have heard several instruments by that maker and trust their voice.
When it does not.
It is your first handpan and you are choosing a scale from a list of names rather than from experience.
The maker is new, or you cannot find owners of their instruments.
The wait would push you past your payment protection window with no card cover.
One further point. Beginners routinely over-specify. Extra bottom notes, exotic scales and unusual layouts are seductive on paper and frequently go unused. The instrument that gets played is usually the straightforward one.
BUY-21Does it matter where in the world the maker is?#
intermediate
Short answer. Quality is not regional, but cost, delivery risk and after sales service very much are. Wherever practical, buy from within your own customs area, because shipping a handpan across a border is expensive, slow and occasionally destructive.
Excellent instruments are built in Europe, North America, Israel, Australia and across Asia, and the idea that any one region produces inherently better instruments does not survive contact with the market. What differs is everything around the instrument.
Europe. The densest concentration of makers, in Switzerland, Germany, France, Italy, Spain, Hungary, the Czech Republic and elsewhere, alongside a strong festival and meetup culture. Buying within the EU means no customs formalities, straightforward returns under EU consumer law, and cheap enough freight that sending an instrument back for retuning is realistic. UK buyers should note that since the UK left the EU, orders from EU makers attract import VAT and possibly duty, and returns are more awkward.
United States and Canada. A smaller but well established maker community. Domestic shipping within the US is manageable, and buying domestically avoids import charges and long transit. Importing from Europe to North America typically adds substantial freight plus duty, and adds weeks.
Asia. Home to most of the volume production that transformed the budget end of the market, and also to a growing number of serious small makers, particularly in Indonesia, Thailand, China, Japan and India. Prices are often the lowest available. The considerations are longer transit, import charges on arrival, and, most importantly, that returning an instrument for warranty work or retuning may cost more than the instrument is worth. Judge the individual maker, not the continent.
Practical checks before buying across a border:
Ask whether the quoted price includes shipping, and whether duty and VAT are prepaid or collected on delivery.
Ask how the instrument is packed and whether transit is insured.
Ask who pays return freight if there is a problem.
Check whether anyone in your region can retune that maker’s instruments.
Remember that your realistic resale market is mostly local, for the same freight reasons.
Short answer. In 2026 the working range is roughly 300 to 5,000 US dollars. Mass produced instruments sit at 300 to 900, small workshop and artisan instruments at about 1,000 to 3,000, and premium or heavily customised instruments above that. Original PANArt Hangs on the collector market are a separate world entirely.
These are 2026 figures and they move. Steel prices, nitriding costs, freight and exchange rates have all shifted repeatedly since 2020, and different sources disagree by several hundred dollars on where each tier begins. Use the shape of the ladder rather than the exact numbers.
Tier (2026)
Typical price, USD
What you are generally getting
Factory / mass produced
300 to 600
Machine formed shells, minimal hand tuning, high variance. Below about 400 the risk of a genuinely unusable instrument is real.
Budget workshop
600 to 1,000
Semi-industrial production with meaningful hand finishing. Often playable and reasonable value, but check the individual instrument.
Mid-range artisan
1,000 to 1,800
Small workshops and individual builders. Tuning consistency becomes predictable. Retuning support usually offered.
Established artisan
1,800 to 3,000
Long trading histories, wide scale catalogues, cleaner harmonics and better sustain.
Premium and custom
3,000 to 5,000+
Extended scales, unusual layouts, multi-layer or specialist shells, well known names.
Collector / original Hang
3,000 to 15,000+
PANArt Hangs and rare early instruments. Priced by scarcity and provenance, not by playability.
European makers commonly price in euros at broadly similar levels, so the euro figures track these closely, but check the rate on the day and check whether the price shown includes VAT.
Costs beyond the instrument (2026 guide figures). Hard or padded case 50 to 300 USD, international shipping 100 to 200 USD, later retuning 150 to 300 USD plus freight, oils and cloths 10 to 20 USD. Import duty and VAT vary by country and can add ten to twenty five per cent on a cross border purchase. Always calculate the landed cost.
Short answer. Because a handpan is dozens of hours of skilled manual work on a material that resists being tuned, made by tiny workshops with no economies of scale, and a meaningful fraction of the instruments started never make it out of the shop.
Four things stack up.
It is nearly all labour, and the labour is rare. Estimates from makers for a professional instrument commonly land in the range of forty to eighty hours of skilled work, depending on the maker, the number of notes and the finish, with some citing figures either side of that. That work is not assembly, it is judgement: listening, striking, listening again. There is no apprenticeship system and no school. Most makers taught themselves over years, and the skill takes years to become reliable.
Every note is three tuning problems, not one. Each tone field must have its fundamental, octave and compound fifth brought into alignment, and adjusting one moves the others. Then the fields interact through the shell, so tuning note seven can pull note three out again. Complexity rises faster than note count.
Failure is built into the price. Steel under this much local stress cracks. Nobody publishes audited figures, but a loss rate somewhere in the region of one in ten to one in five shells during forming, heat treatment or tuning is commonly quoted for established makers, and a shell that fails at the tuning stage has already absorbed most of its labour. The surviving instruments carry that cost.
There are no economies of scale. Even well known makers typically produce in the low hundreds of instruments a year, some far fewer. There is no factory line to spread tooling, kiln and workshop costs across.
Add materials that are not cheap either (specialist steel sheet, nitriding in a gas furnace or stainless stock), packaging robust enough to survive freight, and the cost of after sales support, and the price stops looking arbitrary.
What is fair to say is that some of the price is scarcity and brand, not only labour. Waiting lists and reputation do move prices. That is true of every handmade instrument.
BUY-10What exactly am I paying for when I buy a handpan?#
intermediate
Short answer. Steel, heat treatment, and a very large number of individually judged hammer strikes, plus the shells that failed along the way and the years the maker spent learning to do it.
Roughly what happens to your money, stage by stage.
Raw material. Two circular steel blanks, commonly somewhere around 0.8 to 1.25 mm thick, with about 1 mm the usual reference point. Makers use nitridable low carbon sheet, or stainless grades, or (less commonly now) raw untreated steel. The steel itself is a modest fraction of the final price, but the grade and thickness are decisions that shape everything downstream. Thinner sheet leaves the tuner less material to work with and less headroom for future retuning, which is why thickness is chosen alongside shell diameter and note range rather than in isolation. See ANA-17.
Shell forming. Each blank is sunk into a dome, historically by hammer and increasingly by hydraulic press or spinning, then the rim and the shoulder are shaped. Even where a press does the bulk forming, the surface still needs hand work. Presses are a cost saving; they are not by themselves a mark of a bad instrument.
Laying out and raising the tone fields. Note positions are marked, then each field is shaped with a hammer, creating the dome or dimple geometry that produces the harmonic series.
Heat treatment. Nitriding hardens the surface and stabilises the tuning, and requires a gas furnace and controlled temperature, which is why many small makers outsource it. Stainless shells are typically annealed and handled differently. Either way this is a real per-instrument cost.
Tuning, and tuning again. This is the bulk of the labour. Makers describe tens of thousands of hammer strikes across a whole instrument, with published estimates commonly in the range of 25,000 to 50,000. Each is a small correction, checked by ear and by tuning software. The instrument is tuned, rested, and retuned, sometimes several times, because steel relaxes.
Assembly and finish. The two shells are joined (glued, welded or bolted depending on the maker), then finished, oiled and often given a serial number.
Everything that failed. Shells that cracked, notes that would not settle, whole instruments scrapped. The figures that circulate are rules of thumb rather than data, and they cluster around one in ten to one in five. See MAK-08.
And the years. You are paying for the thousand instruments the maker ruined learning, the same way you pay for a luthier’s apprenticeship.
BUY-11Do more expensive handpans actually sound better?#
intermediate
Short answer. Up to a point, clearly yes. Past roughly the mid range the differences become smaller, more about character than quality, and increasingly inaudible to a beginner and to a phone speaker.
There is a genuine quality curve at the bottom of the market. Between a 350 dollar factory instrument and a 1,400 dollar artisan instrument the gap is not subtle: cleaner partials, longer and smoother sustain, less uncontrolled crosstalk, better tuning stability over time, and a much wider dynamic range so the instrument responds to a light touch. That is a real difference that any listener hears.
Between a 1,600 dollar instrument and a 3,200 dollar one, the picture changes. You are usually buying:
greater consistency, meaning less chance of getting a below par example;
a specific tonal character the maker is known for, which is a preference not a ranking;
more difficult scales and layouts executed cleanly;
better after sales support and resale liquidity;
and, honestly, some reputation premium.
Two things are worth stating plainly. First, above the mid range the correlation between price and sound quality gets weak. There are expensive instruments that a knowledgeable player would decline and mid priced instruments that outperform their tier. The instrument in front of you matters more than its bracket. Second, most of the recorded handpan music people love was made on instruments that are not at the top of the market, played through microphones and codecs that flatten most of what the extra money buys.
Going deeper. Where high end instruments consistently do separate themselves is at extremes of technique: very quiet playing, fast passages where sustain and crosstalk control matter, and amplified or close mic’d recording where every flaw is exposed. If you play softly, record often, or perform, the money is doing something. If you play at home for pleasure, it is doing much less.
The corollary is a spending rule that most experienced players agree on: buy above the danger zone, buy from someone accountable, and then stop optimising and go and practise.
Short answer. Quality instruments from established makers hold value unusually well, commonly reselling in the region of seventy to ninety per cent of what they cost. Cheap factory instruments lose value fast, often half or more.
Why the top of the market holds up: supply is genuinely constrained, demand is steady, the instruments are durable when looked after, and buyers actively look secondhand for names that have long lead times or that have stopped producing. An in demand instrument in a popular scale and good condition can occasionally sell at or near its original price, and a small number of historically significant instruments (original PANArt Hangs above all) have sold for multiples of their release price.
Why the bottom does not: there is no scarcity, new equivalents are cheap, buyers cannot verify condition easily, and a budget instrument that has drifted out of tune may cost more to retune than it is worth.
What actually drives resale value:
Maker reputation and whether they are still trading. A maker who is active and supports their instruments helps resale. A maker who vanished can cut either way: no support, but possible scarcity interest.
Scale popularity. D Kurd, D Celtic Minor and other common scales sell quickly. Unusual scales can take months to find a buyer, even at a discount.
Condition and tuning. Dents in tone fields, deep rust and audible detuning are the main value killers.
Documentation. A serial number, original invoice and a recent video of it being played all raise price and speed of sale.
Geography. Shipping a handpan internationally is expensive and risky, so your realistic market is often regional.
Two honest caveats. First, “holds value” is not the same as “is an investment”. Selling takes time and effort, and the friction (shipping, payment fees, a case) eats into the difference. Second, the market is thin. There is no index, prices are set by whatever recent private sales people can recall, and figures quoted online are asking prices, not sold prices.
BUY-13What is the cheapest genuinely playable handpan?#
beginner
Short answer. As of 2026, the realistic floor for an instrument that is reliably in tune and stays that way is somewhere around 500 to 700 US dollars. Below roughly 400 you are gambling, and below about 250 you are almost certainly looking at a tongue drum or a decorative object rather than a handpan.
The cheap end changed genuinely in the early 2020s. Several volume producers, mostly in Asia but not exclusively, worked out how to make instruments that hold a tuning and sound acceptable, and the sub 900 dollar segment stopped being a joke. Sources tracking the budget market in 2026 broadly agree that the useful band starts around 600 dollars, with a handful of smaller or fewer note models a little below that.
What you are accepting at that price:
Variance between units. Two instruments of the same model can differ audibly. This is why a video of your specific instrument matters more here than anywhere else.
Shorter, thinner sustain and more crosstalk between neighbouring notes.
Less dynamic range. These instruments often need to be struck a bit harder to speak, which is exactly the habit you do not want to learn.
Limited or no service. Many volume producers will not retune an instrument, and many independent tuners will not work on one either, partly because the steel and construction do not respond well. A retune costing 150 to 300 dollars also makes little economic sense against a 550 dollar instrument.
A narrow catalogue. Mostly the popular symmetrical scales in nine to eleven notes, because those batch well.
Two traps at this end. The first is listings under about 300 dollars described as handpans that are in fact steel tongue drums, which are a different instrument entirely (cut tongues rather than tuned domes, no harmonic partials to speak of). They can be perfectly nice, but know what you are buying. The second is decorative shells with airbrushed artwork, priced by appearance, which have never been properly tuned.
If your ceiling is genuinely under 500, renting or borrowing until you can spend more is usually a better use of the money.
Short answer. Yes, and they are fairly common. Many makers and specialist shops offer staged payments or use a buy now pay later provider, but the terms and the protection they give you vary a great deal, so read them before you commit.
The usual arrangements you will meet in 2026:
Maker instalment plans. A deposit followed by staged payments, with the instrument shipped when it is paid in full. Common with makers who build to order anyway, since the build takes months. Usually interest free, usually informal, and usually not covered by any consumer credit protection.
Layaway or reservation. You pay in instalments against a specific instrument on a stock list, which is held for you. Ask explicitly what happens if you stop paying: is the deposit refundable, partly refundable, or forfeit?
Third party buy now pay later at checkout. Shops using mainstream e-commerce platforms often offer split payments or longer financing through the usual providers. Split-into-instalments products are typically interest free; longer term financing is a credit product with interest and a credit check, and it is regulated differently in different countries.
Ordinary credit card. Frequently the best option, and not only for the spreading of cost. See below.
Three things to check before you sign up to anything.
What protection do you keep? This matters more than the interest rate. Paying a maker directly in bank transfer instalments gives you essentially no recourse if the instrument never arrives. Paying by credit card usually does. In the UK, Section 75 of the Consumer Credit Act makes the card issuer jointly liable for purchases over 100 pounds and up to 30,000 pounds, and it applies even if you only paid the deposit by card, which is a strong reason to put at least part of a large order on a credit card. Other countries have different but often comparable card protections.
What happens if the build is late or cancelled? Get the refund terms in writing before paying anything.
Does the plan cost more? Some sellers add a fee for instalments. Compare the total, not the monthly figure.
Finally, the unromantic advice: if the only way you can afford an instrument is a credit product you are not comfortable with, wait, rent, or buy a tier lower. The instrument will still be there.
How handpan fraud actually works, the red flags that catch almost all of it, which payment methods protect you, and what to do if it happens.
BUY-22How common are handpan scams, and what do they look like?#
beginner
Short answer. Common enough that every established community group has a warnings thread and moderators who police sales. The typical loss is one to three thousand pounds or dollars, and almost every case follows one of about five patterns.
Handpans are close to a perfect target. They are expensive, they are bought sight unseen from strangers on the internet, buyers are often new to the instrument and cannot spot a fake listing, supply constraints make “an available instrument right now” feel like luck, and the emotional pull of the instrument makes people want to believe. Fraudsters know all of this.
The recurring patterns:
1. The instrument that does not exist. A listing on a marketplace, a Facebook group or a lookalike website, with photographs lifted from a genuine maker or from another sale. Payment is requested by a method with no recovery. Nothing ships. This is by far the most common form.
2. The cloned maker website. A copy of a real maker’s site, sometimes near identical, on a slightly different domain, taking orders and payments that never reach the maker. Real makers periodically have to post warnings about this. The same applies to cloned or impersonating social media accounts using a maker’s name, logo and photographs.
3. The impersonated seller in the direct messages. You post in a group that you are looking for an instrument, and receive a private message from an account offering exactly what you want at a very good price. Frequently the account has been created recently, or has been bought or stolen and renamed.
4. Misrepresentation rather than theft. The instrument arrives, but it is not what was described: a mass produced shell sold as a hand tuned artisan instrument, an unnamed instrument sold as a well known maker’s work, an instrument well out of tune sold as “perfect condition”, or a genuine but modest instrument marked up several times over.
5. The overpriced flip. Not fraud exactly, but worth naming: a reseller buys at retail and lists at a large premium, relying on the buyer not knowing what the instrument costs new or how short the current waiting list actually is.
Nobody publishes reliable statistics for this, so treat “common” as a description of community experience rather than a measured rate. What is clear is that the defences below stop nearly all of it, and that the losses fall overwhelmingly on people who paid by an unprotected method.
Short answer. Too cheap, no video of that exact instrument, pressure to pay by an irreversible method, a seller account with no history, and any reason why you cannot see the instrument or speak to the seller live. Any one of these should stop the transaction.
On price. A price well below the market is the single most reliable indicator. A sought after maker’s instrument at half the going rate is not a bargain, it is bait. Learn the going rate before you shop, so you can recognise it.
On the instrument itself.
No video of the specific instrument being played, or only stock and promotional footage.
Photographs that appear elsewhere online. Reverse image search every photograph, on all the major image search engines. Scammers reuse images across listings and platforms for months.
Photographs that are oddly low resolution, cropped, or all taken from the same angle.
Vague description: no maker, no scale, no note layout, no serial number, no year.
Refusal or excuses when you ask for a fresh video showing a specific detail, or a live video call.
On the seller.
An account created recently, or with no post history, no friends in the community, and no engagement in groups.
A YouTube channel with a single upload, created days ago.
A website with no verifiable trading history, a very recent domain registration, no physical address, and contact only by a form.
A site that is a near copy of a real maker’s site on a different domain.
Language inconsistencies: claims to be based in one country but writes in a way that suggests otherwise, or copies text verbatim from a maker’s site.
Unsolicited private messages offering exactly what you posted about wanting.
On the transaction.
Any pressure to decide quickly: another buyer waiting, the price only good today, they are about to travel.
Insistence on PayPal friends and family, bank or wire transfer, Western Union, Zelle, Venmo, gift cards or cryptocurrency. This is the decisive flag. There is no legitimate reason for a stranger to require an irreversible payment method for a purchase of this size.
A request to move off the platform where you found them, so that any marketplace protection no longer applies.
Elaborate personal reasons why an in-person viewing or a courier collection cannot happen: illness, a bereavement, a sudden relocation, selling on behalf of a friend.
An address or shipping arrangement that changes after you agree.
The pattern behind all of these is the same: the scammer needs you to pay before you verify, using a method that cannot be reversed. Refuse both conditions and there is very little they can do to you.
Short answer. Get them on live video with the instrument, reverse image search everything, check the account and the domain for age and history, and ask the maker to confirm the serial number. A real seller finds all of this normal.
Live video is the strongest single test, and it is cheap. Ask for a video call in which the seller plays the instrument, holds up a piece of paper with your name and today’s date written on it, and shows the underside and the gu. Scammers overwhelmingly refuse, or stall, or produce a pre-recorded clip. Genuine private sellers occasionally find it a slightly odd request but almost always agree.
Reverse image search every photograph. Use more than one search engine. A photograph that appears on a maker’s site, on an old sale listing, or across several current listings tells you everything.
Check the accounts.
How old is the profile? Does it have a real history of ordinary activity, not just sale posts?
Are they a member of the main handpan groups, and do people there recognise them? Ask in the group, by name.
Do they appear on the moderated swap and sale sections, which usually enforce video and identity requirements?
For a business: how old is the domain? A public whois lookup takes thirty seconds. A brand new domain selling premium instruments at a discount is a very bad sign.
Does the website have a real, checkable address, a company registration where the jurisdiction requires one, and a phone number that is answered?
Go through the maker. This is the check most buyers forget and it is often conclusive. Email the maker with the serial number and the photographs and ask whether the instrument is genuinely theirs, and if they will say, who they sold it to. Most makers keep records and are happy to confirm an instrument exists. They also generally want to know if their name or website is being misused.
Prefer channels with accountability. Buying direct from a maker’s own site, from an established retailer, from a maker’s consignment or certified pre-owned scheme, or through a moderated community sale group all reduce risk substantially compared with an open marketplace or a direct message.
Trust the process, not the person. Scammers are pleasant, knowledgeable and patient. A warm, musical, apparently sincere correspondence is not evidence. The checks are.
BUY-25Which payment methods are safe, and what protection does each give?#
intermediate
Short answer. A credit card first, PayPal goods and services second. Never bank transfer, PayPal friends and family, Zelle, Venmo, gift cards, Western Union or cryptocurrency to a seller you have not verified in person. The fee you save is not worth the entire purchase price.
Credit card. The strongest protection in most countries. Two separate mechanisms usually apply. The card scheme chargeback lets you ask your bank to reverse a payment for goods that never arrived or were not as described, though the schemes typically require the claim within about 120 days of the transaction or of the date delivery was due. Separately, in the UK, Section 75 of the Consumer Credit Act makes the card issuer jointly liable with the seller for purchases over 100 pounds and up to 30,000 pounds, including foreign purchases, and including cases where you paid only the deposit by card. Section 75 has no equivalent short deadline, which makes it the best option for a long lead time build. Many other countries have comparable, though usually weaker, card protections. Check your own.
PayPal goods and services. Genuine buyer protection, and it works for private sales where the seller has no card facility. The seller pays a fee, which is why some ask you to use friends and family instead. Decline. Note the deadlines: an item not received dispute must normally be opened within 180 days of payment, and a significantly not as described dispute within 30 days of delivery or 180 days of payment, whichever comes first. On a build with a nine month lead time, that window can expire before the instrument is due.
Marketplace escrow and platform protection. Music gear marketplaces and similar platforms hold funds and run dispute processes. Useful, but only if the transaction stays on the platform. The moment a seller asks you to complete the deal privately, the protection is gone.
Cash, in person, after inspecting and playing the instrument. Perfectly sensible. Meet in public, bring someone, and take your time.
Never, for a remote purchase from an unverified seller: bank or wire transfer, PayPal friends and family, Zelle, Venmo, Cash App, Revolut or similar person to person transfers, gift cards, Western Union or MoneyGram, and cryptocurrency. Every one of these is designed to be irreversible. Once sent, the money is gone, and in most cases so is any hope of tracing it.
Two more points. First, a seller who explains at length why an unprotected method is necessary has told you what they are. Second, if a seller asks you to cover the PayPal fee, that is a normal negotiation. Paying two or three per cent to keep your protection is the cheapest insurance you will ever buy.
BUY-26What should I do if I think I have been scammed?#
intermediate
Short answer. Move immediately. Stop all further payments, gather every piece of evidence, open a dispute with your payment provider before its deadline, report to the platform and the police or national fraud service, and warn the community. Speed matters more than anything else.
In the first hour.
Send nothing more. Not a “final payment to release shipping”, not a customs fee, not a courier charge. Follow-on demands are part of the same fraud, and the second wave often targets people who have already paid once.
Preserve evidence. Screenshot the listing, the whole message thread, the profile, the website, the payment confirmation and any tracking. Save the URLs. Fraudulent listings and accounts vanish quickly.
In the first day.
Contact your bank or card issuer. Say the word fraud. Ask specifically about chargeback and, in the UK, about Section 75 if you used a credit card. Do this even if you are not certain yet, because the clocks are running: chargeback claims are typically limited to around 120 days, and PayPal disputes to 180 days from payment.
Open a PayPal dispute if you paid goods and services, through the resolution centre.
Report to the platform. Facebook, the marketplace, the domain registrar or host if it is a cloned site. Cloned maker sites can often be taken down quickly once reported by the maker as well as the buyer.
Tell the maker being impersonated, if one is. They will want to warn others and they can help establish that the listing was fake.
In the first week.
Report it formally. In the UK, Action Fraud. In the US, the FBI Internet Crime Complaint Centre (IC3) and the Federal Trade Commission. In the EU, your national consumer authority, and the European Consumer Centres network for cross border purchases. Reports rarely recover your money directly, but they build the case that occasionally does, and they help others.
Post a factual warning in the handpan groups. State what happened, with dates, screenshots and account names, and without speculation or abuse. Communities pass these round quickly and it is the main reason repeat scammers get shut out.
A hard truth. If you paid by bank transfer, cryptocurrency or a friends and family transfer, recovery is unlikely. Some banks operate reimbursement schemes for authorised push payment fraud, and it is worth asking, but do not count on it. This is why the payment method decision in BUY-25 is the most consequential one you make.
Finally, do not be embarrassed. These frauds work on careful, intelligent people, and staying quiet is exactly what keeps them working.
BUY-27How do I check a second hand instrument’s provenance?#
intermediate
Short answer. Get the serial number and clear photographs, ask the maker to confirm it is theirs, ask the seller for the original invoice and the story of how they came by it, and check that the instrument in the video matches the instrument in the photographs.
Provenance matters for three separate reasons: it confirms the instrument is what it is claimed to be, it confirms the seller is entitled to sell it, and it supports the price and the future resale.
What to ask the seller for.
Serial number, and a photograph of it in place on the instrument. Most established makers stamp, engrave or label one, commonly near the gu or on the rim.
Maker, model, scale, note layout and year.
Original invoice or order confirmation. Names can be redacted, but the document should exist for anything bought new in the last decade.
Ownership history. How long have they had it, did they buy it new, who from, why are they selling? Vague or shifting answers are meaningful.
Service history. Has it been retuned, by whom, when? Has it ever been dropped or dented?
A fresh video of that exact instrument, played slowly note by note, with something proving recency in shot.
Then verify independently.
Email the maker. Give them the serial number and photographs and ask whether it is genuine. Most keep records. Some will also tell you whether an instrument has been reported stolen. This single email defeats most misrepresentation.
Match the details. Compare the instrument in the video with the one in the photographs: the same scratches, the same finish, the same note layout, the same background. Mismatches indicate photographs from a different instrument.
Check the layout against the maker’s known work. Makers have recognisable note arrangements, rim profiles and logos. A stamp that does not look like the maker’s usual stamp is worth asking about.
Search the community. A distinctive instrument in an unusual scale may well have been discussed or sold publicly before.
On stolen instruments. They are rare but they exist, and handpans get stolen from cars and venues. Serial numbers are the reason to care: some are posted in community groups when stolen. Buying one, however innocently, can mean losing both the instrument and the money.
If there is no serial number and no paperwork, which is common for older or small maker instruments, you are relying on the sound, the physical inspection and the seller’s verifiability. That is not automatically a reason to walk away, but it is a reason to pay less and to use a protected payment method.
How to actually play the instrument: posture, touch, tone, rhythm, extended technique and practice.
This is the largest section in the repository. It runs from where to put the instrument on
your first day through to friction technique and playing two pans at once. If you are new,
read Getting started in order and ignore the rest until something in
your playing stops working.
The one idea that runs through all of it: the handpan is a forgiving instrument that rewards
bad technique with acceptable sound. That is why it is so pleasant on day one and why so many
players stall in year two. Almost every answer below is, in some form, about deliberately
doing the thing the instrument does not force you to do.
Rolls, harmonics, bends, friction sounds, two instruments at once, speed, and whose playing is worth studying.
PLA-26What advanced techniques are there beyond striking notes?#
advanced
Short answer. Rolls, isolated harmonics, pitch bending by pressing the shoulder, friction sounds produced by rubbing the steel, and glissandi across the tone fields. Several of these treat the handpan as a friction idiophone rather than a struck one, which opens a completely different sound world.
Rolls. Rapid repeated notes. There are several distinct approaches. A single stroke roll alternates hands fast on one or two fields. A single hand roll uses successive fingers on one field, like a drum roll played with the fingers. Nadishana teaches a pinky and thumb roll, sometimes called the Nadishana roll, which alternates those two digits on a field and gives an even, fast tremolo, and a fingernail roll explicitly borrowed from flamenco guitar technique, where the nails of successive fingers sweep across the steel. He also teaches pelang, a snapping articulation drawn from Iranian percussion. Each roll has a different timbre, so they are colours rather than substitutes.
Harmonics. Each tone field is tuned so that its octave and compound fifth sit above the fundamental. By striking near the edge of the field, or by damping the field at a node while striking, you can favour those partials and produce a note higher than the field’s nominal pitch. This effectively extends your available range beyond the printed scale. It is fiddly, instrument dependent, and worth the effort: a handpan with nine notes has considerably more than nine available pitches.
Pitch bending. Strike the ding, then press a fingertip into the shoulder where the dome meets the flat, and move the pressure. The added stress changes the resonant frequency of the dome, so the ringing note bends. Rocking the pressure back and forth gives a vibrato or wobble. The same idea works to a lesser extent on tone fields, pressing at the edge of a ringing field. Use moderate pressure: this is deliberate loading of tuned steel, and leaning on it hard is not a good idea.
Friction sounds. Rubbing rather than striking. Dragging a fingertip, a knuckle, the edge of the hand or a dampened palm across the steel produces sustained, singing, ethereal tones with no attack at all. The best known version is “singing the ding”, where friction along the dome excites a sustained pitch; some players use violin rosin on the hand or on the steel to increase grip. Related effects include circular rubbing on the shoulder and dragging across the rim.
Glissando. Sweeping a finger or thumb across several tone fields in one motion. Because the scale is fixed, a gliss always lands harmonically, which makes it an easy and effective flourish. Nail glissandi are brighter, pad glissandi warmer.
Gu and Helmholtz effects. Covered in PLA-13, and firmly part of this family.
Short answer. Set them up so that both are within relaxed reach, treat them as one instrument with a bigger layout rather than two instruments, and expect the geography to take longer to learn than the technique.
Two pans is common among performing players, usually to extend the range, to add a second scale for harmonic movement, or to combine a melodic instrument with a lower or more percussive one. Hang Massive built much of their sound on two players with complementary instruments; a solo player with two pans is chasing something similar alone.
Setup. Two stands, angled towards each other in a shallow V, at the same height, close enough that you are not reaching. If they are too far apart you will lean and twist, and your accuracy and your back will both suffer. Some players use a single dual stand. Sitting slightly higher than for a single pan helps you see both layouts. A very common mistake is placing them for how they look rather than for reach.
Scale pairing. This is the decision that matters most and it is more musical than technical. Options include two instruments in the same key with different registers (a low pan and a high pan, effectively one wide range instrument); two instruments a fifth or fourth apart, which gives you a chord change; and two instruments whose scales share most notes but differ in one or two, which lets you shift mode without changing key. Pairs that share no common notes are difficult to move between musically. Ask about this before buying a second pan, because a beautiful instrument that does not sit with your first one is an expensive ornament.
Technique. Mostly the same, with three additions. First, one hand per instrument as a starting point, which gives you an ostinato on one and melody on the other and is much easier than it looks because it is just hand independence with more space. Second, crossing over, which is the harder and more expressive move. Third, damping across instruments, since two ringing pans produce twice the wash and need twice the housekeeping.
Practise the geography separately. Learn to hit any note on either pan without looking. Most two pan mistakes are aiming mistakes, not musical ones.
Short answer. Speed comes from relaxation, rebound and efficient movement, not from moving faster. If your tone collapses when you speed up, you are almost certainly gripping and lifting rather than dropping and bouncing.
The core problem is that most players’ fast technique is a different technique from their slow technique, rather than the same technique accelerated. At slow tempos you have time to place each note deliberately. At speed there is no time, so whatever your hands do by default is what you get, and if the default includes tension the tone hardens and the contact time lengthens.
What to work on:
Rebound as the engine. At speed you cannot afford to lift the hand actively for each stroke. The bounce off the steel has to carry the hand back up. This is the same mechanic as a drummer using stick rebound, and it is the difference between a technique that gets easier as it gets faster and one that gets harder.
Reduce movement height. Fast passages need small strokes. If your hand travels ten centimetres for each note, you have a tempo ceiling set by physics. Practise the same passage at three heights and notice that the low one is both easier and quieter (see PLA-16 for getting volume back).
Alternate strictly. Hand to hand alternation, or finger to finger within a hand, distributes the work. Passages played with one hand doing most of the strokes will always be slower and less even.
Practise slowly with a metronome, then increase in small steps. The standard method exists because it works: play the passage at a tempo where your tone is perfect, then increase by a small increment, and drop back the instant the tone degrades. The tempo at which your tone breaks is your real current speed, not the tempo at which you can approximately hit the notes.
Use ghost notes to keep the hands moving. Continuous motion at the subdivision, with only some strokes accented, is far easier to sustain than starting and stopping.
Check your weak hand. Speed is capped by the slower hand. Practise it alone.
Adrian Portia, an Australian drummer turned handpan player nicknamed “the hummingbird” for his velocity, is the obvious study for this. Note what a player like that is not doing: no visible tension, no large movements, and a tone that stays warm at tempos where most players’ playing turns into clatter.
PLA-29Which players should I study for technique, and what should I take from each?#
intermediate
Short answer. Study a handful of players deliberately for one specific quality each, rather than trying to absorb everyone. Below is a short list of widely known players and what each is genuinely known for. Steal the quality, not the licks.
Manu Delago (Austria). The most prominent handpan musician in a conventional concert and studio context, and among the earliest serious adopters of the Hang. Trained in percussion with a background across drums, tabla, piano and marimba, and has worked extensively as a composer and collaborator outside handpan circles. Take from him: compositional thinking, arrangement, and the idea that the handpan is an instrument in an ensemble rather than a genre of its own. His teaching emphasises composition and structure over drills.
Daniel Waples, performing as Hang in Balance (England). One of the most widely heard solo players, known for contemplative, spacious playing that blends melodic and rhythmic elements, and for extensive workshop teaching and TEDx appearances. Take from him: space, patience, and the confidence to let a single idea breathe.
Kabeção (Portugal). A self taught multi instrumentalist known for combining serious percussive technique with a melodic, storytelling approach, and for collaborating on instrument layouts with a maker. Take from him: the fusion of percussion and melody in the same hands, and rhythmic drive.
Sam Maher (Australia and New York). Best known for a long improvised piece filmed in the New York subway that reached an enormous audience, and for a percussive, groove led style. Take from him: arpeggiated motion, hand independence and groove variation with ghost notes and fills.
Malte Marten (Germany). A very widely streamed contemporary player and educator, formerly of the duo Yatao, now running a large teaching operation. Take from him: accessible, emotionally direct writing and clear pedagogy.
Hang Massive, Danny Cudd and Markus Offbeat. The duo whose 2011 video “Once Again” introduced millions of people to the instrument. Take from them: two instruments interlocking, and how much can be built from very simple repeating material.
Nadishana (Russia). Multi instrumentalist with a deep world percussion and wind instrument background, and the most systematic teacher of genuinely advanced handpan technique: the pinky and thumb roll, the flamenco derived fingernail roll, pelang, and muting as a groove tool. Take from him: extended technique, and rigour.
David Kuckhermann (Germany). A world percussionist (frame drums, riq, udu, cajon, tonbak) who also plays handpan, and a careful, analytical teacher. Take from him: rhythmic vocabulary imported from other traditions, and how to break a technique down.
Adrian Portia (Australia). A professional drummer before the handpan, known for velocity and technical command. Take from him: speed built on relaxation.
A caveat: reputations circulate faster than facts in this community, and biographical details online are often thin or repeated between sites. Where a claim above is specific, it comes from the player’s own material or a reference source; where it is general, that is deliberate.
Posture, stands, your first practice sessions, and the honest timeline from first note to sounding musical.
PLA-01How should I hold or position the handpan when I play?#
beginner
Short answer. The default is sitting cross legged on the floor or on a cushion with the instrument resting on your lap, tilted slightly away from you so you can see the whole note layout. Everything else (stands, chairs, standing) is a variation on getting the tone fields within easy reach of relaxed arms.
The instrument needs to be able to ring. That means minimal contact with damping surfaces, so it should sit on your legs or on a stand’s contact points rather than flat on a table or the floor. Resting a handpan flat on a hard surface kills the bottom shell resonance and, on instruments with bottom notes, mutes them outright.
The classic lap position: sit cross legged, place the handpan across your thighs with the ding roughly at your centre line, and tilt the far edge down a few degrees so the layout opens towards you. Your thighs form a natural cradle. A cushion or meditation stool raises your hips above your knees, which lets your spine stack rather than slump. If sitting cross legged is uncomfortable, a low stool or a chair with no armrests works, with thighs roughly parallel to the floor. On a chair the instrument tends to slide forward, so a folded towel or a grippy mat under it helps.
Whatever the position, the test is the same. Both hands should reach every note without you leaning, twisting or lifting a shoulder. If you can only reach the far notes by hunching, the instrument is too far away or too low. If your wrists are bent sharply, it is too high or too flat.
Standing is a performance position rather than a practice one. It needs a stand at roughly waist height, and it changes the physics of your stroke because you are now dropping into the instrument from above rather than reaching across it. Many players find they hit harder standing up without meaning to, so it is worth checking your dynamics on a recording the first few times.
A note on angle: the more you tilt the instrument, the more the sound projects away from you and the less you hear of it. That is comfortable for an audience and slightly disorientating for you. Flat is the opposite. Most players settle somewhere around 10 to 20 degrees.
PLA-02Do I need a stand, and which type should I get?#
beginner
Short answer. No, you do not need one to start, and plenty of excellent players never use one. Get a stand when lap playing starts limiting you: when you cannot reach the far notes comfortably, when you want to play standing, or when you want the bottom shell to ring freely.
The main categories, roughly in order of how many people own them:
Seated stands. Usually an adapted snare drum stand, or a purpose built three or four legged design with rubber or foam contact points. These put the instrument at the same height as your lap but remove your legs from the equation, which frees your body to move and makes crossing hands easier. They also let the bottom shell resonate, which noticeably increases sustain and low end on most instruments. Snare stands are cheap and widely available. The cheapest ones wobble, and a wobbling handpan is both annoying and a hazard, so this is one place where spending a little more is genuinely worth it.
Standing stands. Taller versions of the above, often wooden tripods or crossed leg designs. Less stable by nature because the centre of mass is higher, so a wide footprint matters. Useful for performance, for playing with other standing musicians, and for anyone whose back objects to sitting.
Cushions and rings. A ring cushion, a beanbag style pad or a coiled cloth placed on a table or on your lap. Cheap, packable and surprisingly effective. They damp the bottom shell more than a stand does, which some players actually prefer because it tightens the sound.
Lap only. Free, always available, and the position most tutorial material assumes.
One caution that applies to all stands: if your instrument has bottom notes, check where the contact points land. A support directly under a tuned bottom field will mute it and, over years of constant pressure, is not doing the steel any favours. Rotate the instrument on the stand until the contacts sit on untuned areas or the rim.
PLA-03What is the very first thing I should practise?#
beginner
Short answer. One note, alternating hands, slowly, until every strike sounds identical. That is genuinely it for the first few sessions. Everything else in handpan technique is built on a repeatable, relaxed, bouncing single stroke.
It feels absurdly boring next to the temptation to play something that sounds like music immediately. Do it anyway, but do it in small doses. Five minutes of single note work at the start of a session pays back across every session afterwards.
Here is a first week that works:
Single note, single hand. Right hand only, on one tone field, one strike per second. Listen to the decay of each note all the way out before the next one. You are training two things: a consistent contact point and the habit of listening.
Alternating hands on one note. Right, left, right, left. Your non dominant hand will be quieter and duller. Slow down until the two hands match rather than speeding up until they blur.
Two adjacent notes. Right hand on one, left hand on the other. Then swap which hand takes which note. This is where hand independence starts.
Walking the scale. Play up and down the note layout in order, one note per beat, alternating hands. Handpan layouts alternate sides as they ascend, so this teaches your hands the geography.
Ding and one note. Play the ding on beats one and three, a tone field on two and four. Your first groove.
Only after that should you start chasing patterns you have seen online.
The reason for the order is that the handpan gives immediate gratification. Almost anything you play sounds pleasant, because the instrument is tuned to a single scale and the overtones are harmonically related. That is a gift and a trap. It means bad technique gets rewarded with acceptable sound, so nothing forces you to fix it. Deliberately practising the boring foundation is how you avoid plateauing at “pleasant” in eighteen months’ time.
PLA-04How do I get a clean, ringing note instead of a dull thud?#
beginner
Short answer. Get your finger off the steel immediately. A dull thud is almost always a finger that stayed in contact a fraction of a second too long, absorbing the vibration it just created. Strike and bounce, like touching something you suspect is hot.
The physics is simple and unforgiving. The note sounds because the tone field is vibrating. Skin is soft, damp and heavy, and it is an excellent damper. Every millisecond your finger remains on the field after impact, it is soaking up the vibration you paid for. Once your finger is even a millimetre clear, nothing you do in the air changes the sound. So the entire quality of the note is decided in the first few milliseconds of contact and release.
Four things to check, in order of how often they are the culprit:
Contact time. The single biggest one. Think of your hand as a bouncing ball rather than a hammer. The rebound is not decoration, it is the technique.
Contact area. Use the fleshy pad of the fingertip, not the very tip and not the nail. A small hard contact point produces a clicky, thin attack. Too much finger and palm produces a soft, muffled one. Coming in at a slight angle rather than dead perpendicular tends to give the warmest result.
Where on the note. Aim for the tone field itself, not the dimple in the centre and not the edge. The dimple is there to suppress unwanted high frequencies, so striking it directly gives you a duller, more muted note. Some players use that deliberately as a colour.
Tension. A stiff wrist and a tight shoulder produce a stiff, choked sound. The motion should come from a loose wrist with the arm mostly along for the ride. If your forearm is doing the work, you will get tired, loud and dull all at once.
If you have checked all four and one particular note still sounds dead compared to its neighbours, the problem may not be you. Notes near a contact point on a stand, or a field that has been knocked out of tune, will genuinely refuse to sing. Play the same note with the instrument held differently to rule the instrument in or out.
PLA-05Why does my handpan sound bad when I play it and good when someone else does?#
beginner
Short answer. Partly technique and partly acoustics. Their bounce and touch really are better than yours if they have played longer, but a large part of the difference is that you are hearing your own instrument from the worst seat in the house.
Take the acoustics first, because it is the part nobody warns you about. When you play, your head is directly above the instrument, roughly 40 to 60 centimetres from the tone fields, with the sound projecting outwards and downwards away from you. You hear a lot of attack, a lot of the nearest few notes, and comparatively little of the blended, bloomy resonance that carries into a room. A listener two metres away hears the notes mixed together in air, with the room’s reflections filling in the sustain. The instrument genuinely does sound better out there.
This is why the first time most players hear a recording of themselves from a couple of metres away, they are pleasantly surprised. It is worth doing early. Put a phone on a chair three metres away, play for two minutes, and listen back. You will get a far more honest picture of where you actually are than your own ears give you.
Then the technique part, which is real. An experienced player is doing several things you probably are not:
Releasing faster, so every note rings fully.
Varying dynamics constantly, so the loud notes have something to be loud against.
Leaving space. Beginners fill every gap. The instrument has a long decay and needs room to bloom.
Using both hands with equal quality, so the rhythm does not lurch every time the weak hand plays.
Damping deliberately when the sustain gets muddy, rather than letting everything ring into a wash.
There is also an instrument variable. If a visiting player makes your handpan sound transformed, that is technique. If they make it sound only slightly better than you do, and their own instrument sounds much better than yours in the same room, that is a difference in the instrument.
Short answer. You will sound pleasant within an hour, sound like you know what you are doing within a few months of regular practice, and sound like a player with a voice of their own after a couple of years. The instrument front loads its rewards more than almost any other.
That first hour is not an illusion. Because a handpan is tuned to a single scale and its tone fields ring with harmonically related overtones, wrong notes essentially do not exist. Strike anything in any order and it will be consonant. This is why videos of people playing for the first time sound better than videos of people picking up a violin for the first time, and it is a genuine and lovely feature of the instrument.
What takes longer is everything that separates pleasant noodling from music:
Weeks 1 to 4. Clean single strikes, both hands roughly equal, the note layout memorised well enough that you are not hunting.
Months 2 to 6. A steady internal pulse. Basic grooves that hold together. Enough hand independence to keep a rhythm going in one hand while the other does something else. This is the stage where most people start being able to play something they would happily play to a friend.
Months 6 to 24. The hard, interesting part. Dynamics, phrasing, silence, the ability to develop an idea over four minutes rather than restating it. Percussive techniques used musically instead of sprinkled on. Playing a piece the same way twice, and playing it differently on purpose.
Beyond. A personal vocabulary. This is not a technique milestone, it is a taste milestone.
Two honest caveats. First, prior musical experience compresses this enormously. A drummer arrives with the pulse and the hands already built and mostly needs to learn the geography. Second, plenty of players stall permanently at month six, not from lack of talent but because the instrument’s forgiving nature means nothing ever forces them to progress. Deliberate practice is the difference.
PLA-07Can I teach myself, or do I need a teacher?#
beginner
Short answer. You can absolutely teach yourself the handpan, and most players largely do. But a handful of lessons early on, even just two or three, will save you months of habits that are painful to unlearn.
The self teaching case is strong. There is no standard repertoire you must be shepherded through, no exam board, no fingering orthodoxy. The instrument is intuitive by design and there is an enormous amount of free instructional material. Many well known players are substantially self taught, and the community’s culture is friendly to it.
The case for at least some teaching is narrower but specific. There are exactly a few things that are hard to fix alone:
Touch. You cannot hear your own contact time properly from the playing position, and a teacher can spot in ten seconds what a video cannot tell you about your own hands.
Tension. Almost every self taught player develops some. Left alone it becomes wrist and forearm pain, and it caps your speed and dynamics permanently.
Weak hand neglect. Self teaching drifts towards whatever already sounds good, which means the dominant hand does more and gets better, which widens the gap.
Rhythmic vagueness. If you have never played a rhythmic instrument, you may not know that your pulse is wobbling. It is very hard to hear this in yourself.
A sensible middle path: learn the basics from free videos, then take two or three one to one lessons (in person or over video call) once you have enough vocabulary for a teacher’s feedback to land. Ask specifically for a technique audit rather than repertoire. Then go back to self teaching and return for another lesson when you feel stuck.
One thing to be wary of: online material varies wildly in quality, and a lot of it is made by people who bought a handpan eighteen months ago. Prefer teachers whose own playing you would want to sound like, and who explain mechanisms rather than only demonstrating.
Short answer. Twenty focused minutes a day beats two hours at the weekend. Frequency builds motor skills; duration mostly builds fatigue.
Motor learning consolidates between sessions rather than during them, which is why daily contact matters more than session length. Fifteen to thirty minutes most days is a realistic and effective target for someone learning alongside a job.
A structure that works for a 30 minute session:
5 minutes warm up and technique. Single strokes, alternating hands, slow. Listening to tone quality, not playing anything musical.
10 minutes deliberate work. One specific thing you cannot currently do, practised slowly enough that you get it right most times. A rhythm, a hand independence exercise, a passage of a piece.
10 minutes playing. Improvise, play things you already know, enjoy yourself. This is not wasted time, it is where technique becomes musical.
5 minutes exploring. Try something you have no idea how to do. Rubbing the shell, playing the rim, a technique from a video.
The proportions matter more than the numbers. If your practice is 30 minutes of pleasant improvising, you are having a nice time but you are not improving. If it is 30 minutes of drills, you will burn out and you will not learn to make music. Both halves are required.
Two practical points. First, the handpan is physically undemanding compared with most percussion, but it is not free. Repetitive strain in wrists and forearms is real, particularly for players who practise long sessions with tension. If anything aches, stop, and treat the ache as a technique diagnostic rather than a toughness test. Second, sustain is your enemy in long sessions. After 40 minutes of continuous playing, your ears stop hearing the decay clearly and your dynamics flatten. Short breaks reset this.
Finally, the ceiling is not fixed. Players preparing for a performance or recording will practise far more, and there is nothing wrong with a two hour session if you want one. The daily minimum is what protects progress; the maximum is up to you and your body.
What actually touches the steel, how it touches it, and which habits produce tone rather than damage.
PLA-09Which part of the hand should strike the note?#
beginner
Short answer. For ordinary melodic playing, the fleshy pad just behind the fingertip of the index, middle or ring finger, arriving at a slight angle. Everything else (thumb, knuckle, palm, flat finger) is a deliberate colour rather than a default.
Think of the hand as a small set of beaters with different masses and hardnesses, exactly as a percussionist thinks about sticks and mallets.
Fingertip pad. The workhorse. Enough flesh to avoid a clicky attack, enough definition to keep the note clear. Index and middle fingers do most of the work. Ring and little fingers are weaker and duller at first and are worth deliberately training, because they unlock rolls and fast passages later.
Very tip of the finger, near the nail. Harder and brighter, with more attack and less body. Useful for cutting through an ensemble or for a crisp, dry articulation. Nail contact goes further in the same direction and is the basis of the fingernail roll borrowed from flamenco guitar technique.
Thumb. The meaty side of the thumb pad is a heavier, warmer beater. Widely used on the ding, and useful on tone fields when you want weight without brightness. The thumb also has more independent power than the outer fingers, which makes it valuable in ostinato patterns.
The middle joint of the index or middle finger. A common ding stroke. More mass than a fingertip, softer than a knuckle.
Knuckle. Loud, hard and bright. Reserve it for the untuned areas: the rim, the sides, the interstitial metal between fields. Repeatedly knuckling tuned tone fields is one of the few playing habits with a plausible route to detuning the instrument, so treat tone fields as fingertip territory.
Flat finger or flat hand. Used for slaps on untuned areas and for damping, not for producing notes.
The “pointer finger bounce” that beginner lessons often name is simply the basic stroke isolated: index finger, pad contact, immediate rebound, motion from the wrist. It gets a name because it is the one thing that has to become automatic before anything else works.
PLA-10What is the bounce, and why should I never press into the steel?#
beginner
Short answer. The bounce is the immediate rebound of the finger off the tone field after contact. You never press in because your hand is a damper: any contact after the initial strike absorbs the vibration you just created, and the note dies.
Mechanically, striking a handpan is an impulse. You deliver energy in a very short collision and the tone field converts it into a vibrating mode set: the fundamental, plus the octave and the compound fifth that the tuner deliberately placed above it. Those modes ring for several seconds because the steel is thin, well tensioned and lightly loaded. Skin is the opposite of that: soft, wet and lossy. Left in contact, it removes energy from exactly the frequencies you want to keep.
So the sound is decided in the first few milliseconds, and everything after release is out of your hands. This has a liberating consequence worth internalising: once your finger is clear, you cannot improve the note by wanting it to be better, and you cannot ruin it either. All the craft is in contact and release.
How to build it:
Drop, do not push. Let gravity and a relaxed wrist do the work. If you are pushing the finger down with muscular effort, the same muscles are still engaged at the moment you should be leaving.
Think bouncing ball. One continuous fluid arc up and down, not a down stroke followed by a separate decision to come back. Players who consciously “lift” after the strike are always slightly late.
Practise the extreme. Deliberately press into a note and hold. Listen to how dead it is. Then strike and snap away. The contrast makes the ear learn faster than any description.
Use the rebound as free energy. At speed, the rebound is what carries the hand back up for the next stroke. Fighting it is why fast passages get tiring and dull at the same time.
Two exceptions worth knowing. Damping (PLA-14) is deliberate contact used as an effect. And pitch bending (PLA-26) uses sustained pressure on the shoulder to change a ringing note’s pitch, which is contact used as an instrument in its own right. Neither contradicts the rule; both are the rule being broken on purpose.
PLA-11How do I strike the ding, a tone field and the shoulder differently?#
intermediate
Short answer. Tone fields want a light fingertip pad near the middle of the field, avoiding the dimple. The ding wants a heavier, softer contact (thumb pad or the middle joint of a finger) on or near the top of the dome. The shoulder around the ding is not a note at all but a resonant surface that gives you overtones and percussive colour.
These three areas behave differently because they are structurally different pieces of steel.
Tone fields. Each is an oval or lens shaped area of thinned, tensioned steel, tuned so that its fundamental, octave and compound fifth line up. Aim for the body of the field rather than its dead centre. The dimple in the middle exists partly to control unwanted high partials, so striking directly on it gives a shorter, duller, more muted note. That is occasionally what you want. Striking too near the edge, where the field meets the untuned steel around it, gives a thinner and more overtone heavy result, which is one way of reaching for harmonics.
The ding. Usually the lowest note, sitting in the centre as a dome (convex on most instruments, concave on some). It has more mass and a longer, deeper decay, and it is easy to overplay. Because it is the root of the scale, a hard ding stroke swamps everything else in the mix for a second or more. Most experienced players hit the ding noticeably softer than they hit tone fields, and that restraint is a large part of why their playing sounds balanced. Strike the top of the dome for the fullest fundamental; strike off centre, towards where the dome meets the flat, for a brighter and more complex sound.
The shoulder. The flat annular band between the base of the ding and the rest of the top shell. It is untuned in the sense that no one tuned a pitch into it, but it is far from silent. Struck with a fingertip or the side of a finger, it gives a bright, short, drum like tap that sits above the scale without belonging to it, which makes it very useful as a rhythmic voice that never clashes harmonically. It is also where you press to bend the ding.
Getting the balance between these three is one of the clearest markers of an intermediate player. Beginners play tone fields loudly and the ding louder still, and use the shoulder not at all.
PLA-12What are ghost notes and slaps, and how do I use them?#
intermediate
Short answer. A ghost note is a very quiet strike, often barely audible, that keeps the pulse alive between the notes you actually want heard. A slap is a firm strike with a flat finger or fingers on an untuned area, producing a dry percussive crack with no pitch. Together they turn a melody into a groove.
Ghost notes. The term comes from drum kit and bass vocabulary and means the same thing here. You play the subdivision, but at perhaps 10 to 20 per cent of your normal volume, so it registers as texture and timing rather than as a note. On the handpan they can be played on tone fields (barely audible pitch), on the interstitial metal, or as an almost silent touch that produces mostly the sound of skin on steel.
Their function is threefold. They keep your hands moving continuously, which is what makes fast passages possible without lurching. They imply a subdivision the listener feels but does not consciously hear, which is most of what “groove” actually is. And they give you somewhere to put the beats you are not accenting, so your accents mean something.
The practice route: play a simple pattern of accented notes with a ghost note on every subdivision in between. Right left right left, unbroken, with only some strokes accented. Then remove accents and add them elsewhere. The hand motion never changes; only the dynamics do. This is the single most transferable idea in handpan rhythm.
Slaps. A flat finger or two, struck firmly against untuned steel, usually the area between two tone fields, the shoulder, or the side of the instrument. There is no pitch, or very little, so it functions like a snare or a rim shot. Terminology varies across teachers; some call a slap on the side wall a “tak”, and knuckle strikes on hard untuned areas a “knock”. No single vocabulary is standard across the handpan world, so expect the same gesture to have three names.
Use slaps sparingly and consistently. A slap on the same subdivision every bar becomes a backbeat, and a backbeat is what makes a listener nod. Slaps sprinkled randomly just sound busy.
PLA-13What can I do with the gu and the bottom shell?#
intermediate
Short answer. The gu is the port in the bottom shell. Cupping and uncupping your hand over it while notes ring produces a wow or throb; striking around it gives you a deep bass tone; and the bottom shell as a whole is a large, low pitched drum head you can play with fingers and palm.
The Helmholtz effect. The shell plus the gu opening form a Helmholtz resonator, the same physics as blowing across a bottle neck. On most handpans the gu is tuned, often to the root or another note of the scale. If you strike near the gu, or slap the bottom shell with an open palm, you excite that resonance and get a low, breathy, pitched thump. Cupping your hand over the opening and moving it changes the effective neck of the resonator, which bends the pitch and produces the characteristic wobbling “wow” sound. Done under a ringing chord it is a very effective way to add movement without adding notes.
Striking the gu edge. A finger or thumb on the raised lip around the opening gives a short percussive click, sometimes with a hint of the gu pitch. Some instruments have a pronounced lip and others barely any, so how useful this is varies by maker.
Bottom notes. Many modern handpans have tuned notes on the bottom shell, often lower extension notes or a second register. Playing them requires either tipping the instrument, playing it on a stand from underneath, or reaching around, and none of these are comfortable at speed. Most players use bottom notes as occasional low anchors rather than as part of running melodic lines. If your instrument sits on a stand, check that the contact points are not sitting on the bottom notes and muting them.
The bottom shell as a drum. Palm and finger strikes on untuned areas of the bottom shell give a deep, dry, tom like sound with far less sustain than the top. Held on the lap this is awkward; on a stand, or tipped up in performance, it becomes a genuine second voice.
A caution. The bottom shell on many instruments is thinner and less structurally protected than the top, and it is where the glue seam lives. Play it with hands, not with anything hard, and do not treat it as a djembe.
Short answer. Rest a finger, the side of a hand, or a palm on a ringing tone field to stop it. Used deliberately, damping is what gives handpan playing rhythmic definition, because the instrument’s long sustain otherwise blurs everything into a wash.
This is the same skin damping described in PLA-10, applied on purpose. The techniques worth having:
Stopping a single note. Land a finger on the field you want silenced. Useful for cutting a note short so a rhythm reads clearly, and for clearing a note that clashes with what comes next.
Playing muted notes. Strike a field with one finger while another finger of the same hand rests on it. You get the attack, almost no sustain, and a dry pitched thud. This is the handpan equivalent of a muted guitar string, and it is extremely useful for filling subdivisions without adding sustain to the mix.
Half muting. Light contact, or contact near the edge of the field, shortens the decay without killing it. This gives you a continuous dial between fully open and fully dead, and it is worth exploring, because handpan playing is often described in binary terms when the interesting territory is in between.
Global damping. A forearm or flat hand laid across several fields, or a palm on the shoulder, kills a large part of the instrument at once. Used at the end of a phrase or a piece, this produces a clean stop rather than a slow fade.
Pre damping. Damping a note just before you strike another, so the two do not overlap. Beginners let everything ring and end up with three or four notes sounding simultaneously by accident, which on a pentatonic instrument sounds fine but never sounds articulate.
The reason damping matters so much on this instrument specifically is the decay time. A well made handpan tone field can ring for five seconds or more. Play eight notes in two seconds and all eight are still sounding at the end. Nadishana’s advanced course treats muting as a core groove technique for exactly this reason: it is not a special effect, it is how you get rhythm out of a very sustaining instrument.
PLA-15How do I use the rim and the mantle for percussive colour?#
intermediate
Short answer. The untuned metal, the flange where the two shells join and the curved side wall, gives you dry, pitchless percussion that never clashes with the scale. Treat it as your snare, your rim shot and your woodblock.
Terminology first, because it is inconsistent. The joined edge where the two half shells meet is usually called the rim or the flange. The curved side wall of the instrument is called the side, the mantle or (loosely) the rim, depending on which maker or teacher you ask. There is no agreed standard vocabulary across the handpan world, so if a tutorial says something you do not recognise, it may just be a regional name for a surface you already use.
What each area gives you:
The rim or flange. Hard, bright and short. A fingertip or nail on the rim is a click; a knuckle is a crack. Because the flange is a thick, non resonant edge, it is one of the few places where a hard strike is not a tuning risk. It cuts through in an ensemble.
The side wall. Slapped with flat fingers, it gives a fuller, more drum like tak with a little body to it. This is the classic percussive accent in a lot of handpan grooves. Where you slap it changes the tone: nearer the flange is drier, nearer the middle of the curve is fuller.
Interstitial metal on the top shell. The untuned steel between tone fields. Struck with a fingertip it gives a soft, muted tap that sits nicely under a melody, because it is close to your hands and does not require a big movement.
The shoulder. Covered in PLA-11, but worth repeating here: it is your brightest available untuned surface within easy reach of the ding.
Two practical points. First, these sounds are much quieter than tone fields to your ear at the playing position but carry surprisingly well to a listener, and they can dominate a close microphone. If you record, check the balance rather than trusting the playing position. Second, hard strikes near a tone field’s edge can affect the field, so keep knuckles on the flange and the side wall, and use fingertips on the interstitial areas of the top shell.
PLA-16How do I get more volume without hitting harder?#
intermediate
Short answer. Volume on a handpan comes from clean energy transfer and from what surrounds the instrument, not from force. Faster release, more mass behind the stroke, a resonating bottom shell and better contrast will all make you sound louder than hitting harder does.
Hitting harder has diminishing returns quickly. Past a certain point the extra force goes into high frequency clatter and into deforming the field momentarily rather than into the tuned modes, so the note gets harsher and more percussive but not much louder. It also shortens sustain, because an overdriven field does not ring as cleanly. And it is the one playing habit with a credible path to long term tuning damage.
What actually works:
Release faster. A note that rings for five seconds is perceptibly louder than the same strike damped to two, because loudness is integrated over time. Improving your bounce is the cheapest volume increase available.
Get the instrument off your legs. A stand that lets the bottom shell and the gu breathe adds noticeable low end and sustain. Lap playing damps a substantial fraction of the instrument.
Use more mass, not more speed. A relaxed hand dropping from a slightly greater height, or a thumb pad instead of a fingertip, delivers more energy at the same or lower impact velocity. That gives you a fuller, warmer loud rather than a harder one.
Improve your contact. A mistimed or glancing strike wastes most of its energy. Accuracy is volume.
Create contrast. This is the big one and it is psychological rather than acoustic. If everything you play is at 80 per cent, nothing sounds loud. If your baseline is 40 per cent, a 70 per cent accent lands like a hammer. Players who sound powerful are usually playing quieter on average than players who sound thin.
Consider the room, or a microphone. The handpan is a genuinely quiet instrument. It does not compete with a djembe, a guitar strummed hard or a busy room, and no technique will fix that. In an ensemble or a noisy space, the answer is amplification, not effort.
PLA-17Which technique mistakes can actually damage the tuning?#
beginner
Short answer. Sustained hard striking on tuned tone fields, especially with knuckles, hard objects or drumsticks, is the realistic playing related risk. Ordinary enthusiastic fingertip playing does not detune a well made instrument. Most detuning in practice comes from impacts and mishandling rather than from playing.
It is worth being precise here, because this topic attracts both complacency and paranoia.
The mechanism. A tone field is thin steel held under a carefully balanced pattern of internal stress. Its pitch depends on that stress state and on its geometry. Anything that plastically deforms the steel, even by a tiny amount, or that redistributes stress, shifts the pitch. Elastic vibration (what happens when you play it properly) does not do this. Plastic deformation from a hard, concentrated impact does.
Genuine risks, in order:
Dropping the instrument, or knocking it against a hard edge. By a wide margin the most common cause of a detuned handpan. Nothing you do with your hands compares.
Drumsticks and hard mallets on tone fields. Do not. The contact is hard, small and repeatable, which is precisely the recipe.
Habitual heavy knuckle strikes on tone fields. Knuckles are fine on the flange and side wall. On tuned steel, they are a concentrated hard impact.
Rings and long hard fingernails. A metal ring striking a tone field is a small hammer.
Consistently very hard fingertip playing over years. This is a real but slow effect, and makers disagree about how significant it is compared with everything else on this list.
Not risks, despite the folklore. Playing loudly with relaxed fingertips. Playing every day. Playing the rim and the side wall. Using soft mallets on the shell (though views differ, and any mallet on tone fields deserves caution).
Non playing causes that matter more than technique. Heat, particularly a car in the sun; rapid temperature change; moisture and rust on untreated carbon steel; pressure from a stand contact point sitting on a tuned field for years; and stacking anything on top of the instrument.
If a note starts sounding sour, wolfy or beating against itself, that is a tuning issue rather than a technique issue, and it is a job for a tuner.
Where to learn, how to judge a teacher, how to structure practice, and what to do when you stop improving.
PLA-30What are the best ways to learn, and how do I evaluate a teacher?#
beginner
Short answer. Use free video material for the basics, a structured online course for a progression that goes somewhere, and a small number of one to one lessons for the things you cannot see in yourself. Festivals and jams are where you improve fastest per hour, and they are not primarily about instruction.
Free video. Enormous quantity, very variable quality, and no progression. Excellent for a specific question (“how do I play a slap?”) and poor as a curriculum, because the algorithm will show you what is popular rather than what you need next. Use it deliberately, searching for a specific problem, rather than browsing.
Structured online courses. The main option most players use. Platforms and course libraries exist specifically for handpan, and several well known players teach through them, including masterclass style courses from named artists. The value is sequencing: someone has decided what order things come in, which is precisely what free video lacks. Costs range from free introductory material to subscriptions and one off course purchases. Check whether a course includes any feedback mechanism, because a video course with no feedback cannot tell you your technique is wrong.
One to one lessons. In person or over video call. The highest value per hour for technique correction, because a teacher can see tension, contact time and weak hand asymmetry that you cannot. Even two or three lessons are worth it.
Festivals and gatherings. There is an international circuit of handpan festivals and gatherings across Europe, North America and elsewhere, typically combining concerts, workshops and open jamming. Three days at one of these will do more for most players than three months at home, largely because you play with other people, hear a lot of instruments, and see technique in the flesh at close range.
Jams and local groups. Playing with others exposes every weakness in your timing immediately and is the fastest route to a reliable pulse.
Evaluating a teacher. Ask yourself:
Do you want to sound like they sound? If not, look elsewhere, however good their marketing.
Do they explain mechanisms, or only demonstrate? “Watch me do this” teaches much less than “here is why this produces that sound”.
Do they diagnose your playing, or deliver a fixed syllabus regardless?
Do they talk about relaxation, dynamics and listening, or only about patterns?
Do they have experience teaching, as opposed to experience playing? These are different skills.
Are their claims about the instrument physically plausible? A teacher who is loose with acoustics may be loose with technique too.
PLA-31How should I structure practice so that I actually improve?#
intermediate
Short answer. Split every session into technique, one specific difficulty, free playing, and exploration. The part that produces improvement is the second one, and it is the part almost everyone skips.
The failure mode is specific and near universal: practice becomes playing. You sit down, you play things you can already play, you enjoy it, you stand up. That is a valuable activity and it is not practice, and the difference explains most of the players who have owned an instrument for five years and sound like they have owned it for one.
A session template. Scale the minutes to the time you have.
Technique, 15 per cent. Single strokes, alternating hands, slow, listening only to tone quality. Both hands. This is a warm up and a diagnostic: if your tone is off today, you find out here rather than three minutes into a piece.
Deliberate work, 35 per cent. One thing you cannot currently do. Slow enough that you succeed most attempts. Stop when it is right, not when time is up.
Free playing, 35 per cent. Improvise, play your pieces, enjoy it. This is where technique becomes music and where you find new material.
Exploration, 15 per cent. Something you have no idea how to do. A new technique, a new rhythm, an unfamiliar corner of the instrument. Zero expectations.
What makes the deliberate work actually work:
Pick one thing. Not “get better at rhythm”. “Play a slap on the and of 2 while the left hand keeps the ding on 1 and 3.”
Go slow enough to succeed. If you are getting it wrong half the time, you are practising getting it wrong. Halve the tempo.
Use a metronome for anything rhythmic. Handpan players resist this more than any other percussionists, and it shows.
Isolate. Practise the hard bar, not the whole piece around it.
Vary the practice. Same passage at different tempos, dynamics and hand assignments, rather than fifty identical repetitions.
Stop before it degrades. Once tension creeps in, further repetition is training the tension.
Track it. A one line note per session (“worked on 7/8 grouping, still rushing the third group”) turns four weeks of vague effort into visible progress and stops you restarting the same thing every week.
PLA-32How do I get past a plateau and stay motivated?#
intermediate
Short answer. Plateaus on the handpan are almost always caused by the instrument being too forgiving: nothing forces you to change, so you do not. Break the plateau by introducing an external constraint, an audience, or a genuinely new skill, and accept that the fix is usually structural rather than a matter of trying harder.
Diagnose first. Plateaus have different causes and different cures.
Technique plateau. Your tone or speed stopped improving. Usually tension, or a weak hand you have been quietly avoiding. A lesson or a technique audit is the fastest fix, because it is very hard to see this in yourself.
Vocabulary plateau. You play the same patterns every time. This is the most common one and PLA-18 is the direct answer: constraints, banned notes, rhythm first.
Musical plateau. Your playing is technically fine and does not go anywhere. The missing skills are structure, dynamics and silence rather than technique. Study composition, listen to music that is not handpan music, and record yourself.
Motivation plateau. You still love the sound but you are not picking it up. Usually caused by practice with no destination.
What actually breaks them:
Give yourself a deadline with a witness. Agree to play three pieces at a friend’s house in six weeks. A commitment to another person changes practice behaviour more reliably than any resolution to yourself.
Play with other people. A drummer, a guitarist, a singer, a jam night. Other musicians expose your timing instantly and demand things you would never demand of yourself.
Learn someone else’s piece note for note. Handpan culture is improvisation heavy and learning repertoire is unfashionable, which is a shame, because copying a piece exactly forces you into someone else’s habits and out of your own.
Change the instrument’s context. Play in a different room, on a stand instead of your lap, with a microphone, with reverb, outdoors. Novelty in the setup produces novelty in the playing.
Go to a festival or a workshop. The single most reliable plateau breaker, for reasons that are as much social as musical.
Take a deliberate break. Two weeks away is not a failure. Players frequently return and find something has consolidated in their absence, which is exactly what motor learning research would predict.
And one honest note: everyone who plays this instrument goes through a phase of finding their own playing boring. It is a sign that your ears have improved faster than your hands, which is uncomfortable and is also the necessary order for things to happen in.
Getting past pleasant noodling: pulse, groove, melody over rhythm, dynamics, improvisation, composition and endings.
PLA-18How do I stop playing the same thing every time I sit down?#
intermediate
Short answer. Impose a constraint before you start. The rut exists because the instrument is forgiving and your hands have found a comfortable loop, and the only reliable cure is deliberately closing off the comfortable option.
Almost every handpan player hits this, usually somewhere between six months and two years. The symptom is that you sit down, your hands go to the same three notes, and four minutes later you have played the same thing you played yesterday. It is not lack of imagination. It is that nothing is stopping you.
Constraints that work, roughly in order of how quickly they break the pattern:
Ban notes. Play a whole improvisation without touching the ding. Or without touching your two favourite tone fields. Or using only the three highest notes. Removing the note your hands default to forces new pathways immediately.
Ban a hand. Play left hand only for five minutes. Then right hand only. Your weak hand does not know your habits, which is exactly why it is useful.
Start from rhythm, not melody. Set a pulse with slaps and ghost notes only, no pitched notes at all, for a full minute. Then add pitches into the rhythm you already have. Most ruts are melodic patterns with rhythm bolted on; reversing the order changes everything.
Change the tempo drastically. Play at half your usual speed. Long decays, huge gaps, one note every two seconds. Then double your usual speed. Both extremes reveal material the comfortable middle hides.
Start on a different note. If you always begin on the root, begin on the fifth or the seventh. It reframes the whole scale.
Play to something. A metronome at an awkward tempo, a drone, a field recording, a track you like with the melody muted. External input pushes you out of your loop.
Record yourself and listen back critically. Painful and effective. You will hear the loop from the outside, and you will hear exactly where you always go next.
Do one constraint per session rather than all of them. The point is not variety for its own sake but discovering material you would not otherwise find, then bringing the good bits back into your ordinary playing.
Short answer. In three layers. Establish a pulse, add a backbone rhythm with one or two strong accents, then fill the gaps with ghost notes and quiet fills. Build them in that order and do not move to the next layer until the previous one is steady without you thinking about it.
Layer one: the pulse. Pick a tempo and internalise it. Play one note per beat, dead even, for a minute. This is more boring and more important than it sounds. If your pulse wobbles, nothing built on it will groove, no matter how clever it is. A metronome is useful here and most handpan players avoid it for far too long.
Layer two: the backbone. Two or three placements per bar that define the feel. Typically a low note or ding on the downbeat and a slap somewhere that functions as a backbeat. In a four beat bar, a ding on 1 and a slap on 3 is the simplest possible groove and it works. Move the slap to the “and” of 2 and it becomes something else entirely. Spend real time on this layer: almost all the identity of a groove lives in where the accents are, not in how many notes you play.
Layer three: filling the gaps. Now your hands move continuously on the subdivision, playing ghost notes everywhere the backbone is not. The ghost notes carry timing and texture; the backbone carries the feel. This is where handpan grooves start to sound like the recordings you admire. Crucially the ghost notes are quiet: if they are as loud as the backbone, you have a fast pattern rather than a groove.
Layer four, optional: melody. Covered in PLA-20.
Two things that most improve grooves once the layers are in place. First, damping. Because the instrument sustains, a groove that reads clearly needs notes to be stopped as well as started. Second, space. Leave one placement empty where the listener expects a note and the groove suddenly breathes.
Listen to drummers and hand percussionists rather than only to handpan players for this. Frame drum, tabla and West African vocabularies transfer directly, and several prominent handpan players (David Kuckhermann, for one, whose background is in frame drums, riq, udu and other hand percussion) got their groove sense from exactly there.
PLA-20How do I play melody and rhythm at the same time?#
intermediate
Short answer. Give each hand a job, make the rhythm hand’s job so automatic that you stop thinking about it, and only then add the melody with the other hand. Hand independence is built, not discovered.
The end goal is that one hand maintains a repeating rhythmic figure (a low ostinato, a slap pattern, a pulse on one or two notes) while the other plays a melodic line that moves freely over the top. Handpan layouts help here: the notes alternate sides as the scale ascends, so the two hands naturally divide the instrument.
A workable progression:
Rhythm hand alone. Left hand plays your ostinato, say the ding on beats 1 and 3, for two minutes without varying. It should become as unconscious as walking.
Add one melody note. Right hand plays a single note on beat 1 only, on top of the ostinato. Then only on beat 2. Then only on the “and” of 2. Placing one note against a steady pattern is where independence actually lives.
Two melody notes. Then three. Add them one at a time, staying slow enough that the ostinato never falters. The moment the left hand wobbles, you have gone too fast: back off.
Melody in unison, then displaced. Play the melody exactly with the ostinato, then shift it by one subdivision. Displacement is a technique in its own right and Manu Delago names it among his performance tools.
Swap hands. Whatever you have built, build it the other way round. This is unglamorous and it doubles what you can do.
Two shortcuts that are not cheating. First, some patterns are naturally interlocking, where the two hands alternate strictly and the “independence” is really one composite pattern split between hands. Learning to hear composite patterns rather than two separate parts makes a lot of intimidating material easy. Second, you do not need continuous independence to sound like you have it. A rhythm that pauses for a bar while the melody moves, then resumes, reads to a listener as two parts.
Short answer. Stop counting the whole bar and start feeling it as a chain of twos and threes. Seven is not “one two three four five six seven”, it is 3+2+2 or 2+2+3, and once you feel the grouping the bar stops being odd and starts being a pattern.
Odd metres are common in handpan music, partly because the instrument’s roots and repertoire draw on Balkan, Middle Eastern and Indian traditions where 5, 7, 9 and 11 are ordinary, and partly because a scale with eight or nine notes invites patterns that do not divide neatly by four.
How to actually get there:
Learn the additive grouping. Say it out loud as long and short units. For 7/8: “ONE two three, ONE two, ONE two” (3+2+2). For 5/8: 3+2 or 2+3, which feel completely different. For 9/8: 2+2+2+3 gives you the Balkan feel, 3+3+3 gives you something closer to a compound triple. Speak the pattern before you play it. If you cannot say it, you cannot play it.
Put the accents in your hands. Play a slap on the first stroke of each group and ghost notes on the rest. Now the bar has shape rather than length.
Loop very short. One bar, over and over, for several minutes, until it stops feeling like counting and starts feeling like a groove. This is the whole trick. Odd time is not intellectually difficult, it is unfamiliar, and unfamiliarity is cured by repetition rather than by understanding.
Then break the accents. Once the grouping is internal, playing across it is where the interesting music is: a melody in a three note pattern over a bar of seven will phase against the pulse and resolve every three bars.
Also try odd groupings inside even bars. Playing groups of three over a 4/4 pulse gives you a hemiola feel with none of the counting difficulty, and to a listener it sounds just as sophisticated.
A practical note: if you are going to play odd metres with other people, agree on the grouping explicitly, not just the number. Two players both counting seven but grouping it differently will fall apart within a bar.
Short answer. Play quieter on average than feels natural, so that you have somewhere to go. Dynamics are relative, and a player with a wide range sounds expressive at any absolute volume, while a player at a constant 80 per cent sounds flat no matter how good the notes are.
Dynamics are the single largest difference between an intermediate and an advanced sounding handpan player, larger than speed and larger than vocabulary. The instrument’s forgiving tuning means note choice cannot let you down, so what is left to carry expression is volume, timing and silence.
Building range. Practise a simple pattern at four levels: barely audible, quiet, normal, and as loud as you can go without the tone hardening. Loop it moving level by level. Most players discover their “quiet” is not very quiet and their loud has an unusable harsh zone at the top. Both ends are trainable.
Accents within a phrase. Not all notes in a run are equal. Try accenting the first of each group of three, then the last, then a syncopated one. The notes are identical and the music is not.
Shape over time. A phrase that starts quiet, swells and falls away has a direction. A phrase at constant volume is a list. Think of an arc across four or eight bars rather than deciding note by note.
Silence. The handpan has a long decay, which means a rest is not silence, it is the previous note blooming. Leaving two beats empty after a phrase is one of the most effective things you can do on this instrument, and it is the thing beginners never do. Try ending phrases and then counting two full beats before continuing.
Timbre as dynamics. Because different parts of the hand give different tone colours (PLA-09), you can get contrast without changing volume at all. A passage played with nail tips and the same passage played with thumb pads read as two different dynamics to a listener.
A caution about recording and amplification. Compression and close microphones flatten dynamics. If you have developed a good dynamic range and your recordings sound lifeless, the problem may be the chain rather than the playing.
PLA-23How do I improvise freely without it turning to mush?#
intermediate
Short answer. Improvise with a form rather than without one. Pick a pulse, a small set of notes and a length, then vary one thing at a time. Free improvisation that goes nowhere is usually improvisation with too many free variables at once.
The paradox of the handpan is that it is the easiest instrument in the world to improvise on and one of the hardest to improvise well on. Nothing sounds wrong, so nothing forces structure, and four minutes of pleasant wandering is the default output.
Things that impose structure without killing freedom:
Motif and development. Play a short idea, three to six notes. Then play it again. Then play it with one note changed. Then displaced by a beat. Then louder. Then in a different register. Listeners follow ideas that recur and evolve; they cannot follow ideas that never repeat. This is the single most useful improvisation habit and it costs nothing to adopt.
Call and response. Play a phrase, leave a gap, answer it. Even alone, this creates an implied conversation and forces you to leave space.
A repeating harmonic anchor. Return to the ding, or to a low ostinato, every four or eight bars. The return is what makes the departure meaningful.
Sections. Decide in advance that you will play a rhythmic section, then a melodic section, then a rhythmic section again. Even a loose plan gives the listener architecture.
One variable at a time. If you are exploring a new rhythm, keep the notes simple. If you are exploring melody, keep the rhythm steady. Changing everything simultaneously reads as noise.
Density discipline. Count how many notes you play in ten seconds. Halve it. Most improvisation problems are density problems.
Recording as feedback. Improvise for five minutes, record it, listen back the next day and mark the two moments that were genuinely good. Those moments are your material. Most composed handpan pieces started as an accident in an improvisation that the player was paying enough attention to notice.
PLA-24How do I actually compose a piece and remember it?#
intermediate
Short answer. Capture fragments from improvisation, choose one, build sections around it deliberately, and then record and label the result. Handpan players lose more good music to bad memory than to bad taste.
Finding material. Record your practice, all of it, on a phone. Once a week, scan through and pull out the moments that made you pay attention. Most composed handpan pieces begin as a two bar accident. The skill is not inventing the fragment, it is noticing it.
Building outwards. Take one fragment and treat it as the A section. Then deliberately construct a B section that contrasts with it in at least one clear dimension: register (higher or lower), density (busier or sparser), rhythm (straight against swung, or a different grouping), or harmony (centred on a different note of the scale). Contrast is what makes an arrangement rather than a loop. Then decide an order: A, A, B, A is a perfectly good form and needs no apology.
Remembering it. This is the part people underestimate, because handpan music is mostly learned by hand rather than by notation, and hands forget. Options, in increasing order of effort:
Record it immediately. Even a rough phone recording is enough to reconstruct from. Do this before you stand up.
Name the sections and write a map. “Ding groove, high melody, slap break, ding groove.” Twenty words on your phone will bring back an entire piece months later.
Write the note sequence. Number the tone fields (most players number outwards from the ding, alternating sides) and write sequences as numbers. There is no standard handpan notation, though several teachers use symbol based systems in their courses, so pick a scheme and stay consistent with yourself.
Standard notation. Perfectly usable if you read music, and the only option that captures rhythm precisely.
Practising it as a piece. A composition you can only play when it comes out spontaneously is not yet a composition. Play it deliberately, from the top, at will. Then play it three times in a row identically. If you cannot, you do not know it yet.
Manu Delago’s teaching leans heavily on this territory (composition, arrangement and structure) rather than on drills, which is a useful signal about where the difficulty actually lies for most players.
Short answer. Decide the ending before you start. The default handpan ending is to gradually run out of ideas and trail off, which reads to a listener as an accident. Almost any deliberate ending is better.
The problem is structural. The instrument sustains, improvisation is easy, and there is no natural stopping point, so pieces tend to fade into vagueness. Meanwhile the last ten seconds are what a listener remembers.
Endings that work:
Return to the opening. Restate your first phrase, then stop. This is the oldest device in music and it works because it tells the listener the journey has closed.
Thin out deliberately. Remove layers one at a time. Drop the melody, then the ghost notes, then the backbone, leaving the pulse alone, then a single ding. Each removal should be a decision, spaced over several bars, not a gradual loss of energy.
Ritardando into a final note. Slow the pulse over the last four to eight beats and land on the root. Very effective, and easy to overuse.
The single struck ding, left to ring. Play it, take your hands off, and let it decay to nothing. Do not touch the instrument. The silence afterwards is part of the ending, and holding it for three or four seconds is what makes it land.
A damped stop. The opposite: play the final note or chord and immediately damp everything with a flat hand. Abrupt, definite, and useful when the piece has been rhythmic rather than atmospheric.
Fade by dynamics. Repeat the final figure at decreasing volume until it is inaudible. Works well in recording, less well live in a noisy room.
Two practical notes for performance. First, audiences do not know a handpan piece has ended unless you tell them, and the usual tell is your hands leaving the instrument and your posture changing. Lift your hands clearly. Second, if you are improvising live and lose your way, do not wander looking for an exit. Go to the root, play it twice, stop. It will sound intentional.
Everything about keeping a handpan clean, rust free, in tune, safely stored and intact through travel.
Handpans are steel instruments that live in contact with human hands, and hands are salty,
acidic and warm. Almost all of handpan care follows from that one fact, plus a second one:
the tuning is held in the tension of thin sheet metal, so anything that deforms the metal
changes the sound.
Care advice genuinely differs by steel type and by maker. A nitrided carbon steel instrument
and a stainless steel instrument want different treatment, and two respected makers will give
you different oiling intervals for the same instrument. Where that is true, these pages say so
and tell you to check your maker’s guidance rather than pretending there is one right answer.
The small habits that keep a handpan healthy: wiping, oiling, cleaning, hands and jewellery.
CAR-01What is the basic care routine for a handpan?#
beginner
Short answer. Wash and dry your hands before playing, wipe the whole instrument with a dry
microfibre cloth after playing, keep it dry and out of hot cars and direct sun, and reapply a
protective oil or wax whenever the surface starts to look dry or dull. Everything else is detail.
That routine is short because it is the whole of it. The two failure modes for a handpan are
corrosion and deformation, and the daily habits above address the first. Deformation is
addressed by how you play and how you carry it, which is covered in
CAR-18 and
CAR-19.
A reasonable weekly and monthly layer sits on top of the daily wipe. Once in a while, look at
the instrument properly in good light: tilt it, check the underside, the rim, the inside edge of
the port and any area that sits against case foam. These are the places rust starts, because they
are the places moisture sits and the places you never wipe. If your instrument has a rubber or
silicone ring on the rim, take it off periodically, dry underneath it, and let both dry fully
before refitting. Trapped damp under a rim ring is a classic slow rust site.
Then, at whatever interval your climate and steel demand, clean and re-treat the surface. That
means removing the old, tired oil film with isopropyl alcohol or surgical spirit on a soft cloth,
then applying a thin coat of a handpan specific oil or wax and buffing off the excess. Excess is
the enemy: a wet, sticky surface attracts dust, feels unpleasant under the fingers and, on porous
nitrided steel, can audibly dull the sustain.
Going deeper. The interval part of this routine is the only genuinely contested bit. Published
maker advice ranges from weekly through to twice a year, and both ends of that range come from
serious builders. The variables are steel type, surface finish, your climate and how much you
sweat. Treat the visual state of the surface as your real guide, and check your maker’s guidance
for your specific instrument.
CAR-02Do I really need to wipe it after every play, and why?#
beginner
Short answer. Yes, on any carbon steel instrument, and it is still a good habit on stainless.
Human sweat is a warm, salty, mildly acidic electrolyte sitting directly on bare steel, and it is
the single largest cause of surface rust on handpans in normal use.
The chemistry is not mysterious. Sweat is mostly water, but it carries sodium chloride, lactic
acid, urea and amino acids, and it typically sits somewhere around pH 4.5 to 6, so slightly acidic.
Chloride ions are the important part: they break down passive and protective surface layers and
let localised corrosion get started, which is why salt is such an effective accelerator of rust in
general. Add body heat, which speeds the reaction up, and a fingerprint left overnight on an
unprotected tone field is a genuinely aggressive little corrosion cell.
This is why makers converge on the same instruction even when they disagree about oils. Saraz put
it plainly in their care guide: skin oils are the leading cause of surface rust because of the
acidity of sweat. Isthmus, Novapans, Ayasa and effectively every other maker who publishes care
advice say the same thing in their own words. Wipe it, every time, with a dry microfibre cloth.
How much this matters scales with how much you sweat and what you own. A player with dry hands in
a dry climate on a stainless instrument can be careless for a long time and get away with it. A
player with acidic sweat, in a humid coastal city, on a nitrided carbon steel instrument, can put
visible spotting on a tone field within days. People differ a lot here, and if you are one of the
players whose hands leave dark prints on brass or silver, assume you are on the aggressive end.
Wipe the whole instrument, not just the notes you played. The gu or bottom shell picks up sweat
from your legs and forearms, and the rim picks up everything. Then let it sit out for a few
minutes before it goes back in a case, especially if you played hard and the surface is damp.
Short answer. Use a product made for handpans or a known skin safe protectant: Phoenix Handpan
Oil, Isthmus Handpan Oil, Metal Sounds oil, Pure Sound Pan Wax, Meinl’s handpan care wax and
Ballistol are all in common use. Frequency depends on your steel and climate, and published advice
ranges from weekly to twice a year, so check your maker’s guidance.
What all the sensible options share is that they leave a thin, non sticky, food or skin safe film
that keeps moisture and sweat off bare steel. That last point matters more than it sounds. You put
your bare hands on this surface for hours, so anything you apply ends up on your skin and in the
air you breathe over it. That rules out motor oils, penetrating sprays and generic industrial rust
inhibitors, several of which are also solvent heavy enough to attack the glue line or the surface
colour. Isthmus explicitly warn against harsh factory rust inhibitors on those grounds.
Makers do disagree about specific products. Saraz list Isthmus oil, Pure Sound Pan Wax, Phoenix Oil
and Froglube as acceptable; Isthmus recommend their own oil, Phoenix, Ballistol, Meinl wax and Pure
Sound wax, and specifically discourage Froglube. Both are experienced builders. This is a real
disagreement rather than one of them being wrong, and it is a good example of why the correct move
is to follow the guidance for the instrument you actually own.
There is also an oil versus wax question. Nitriding leaves a hard but slightly porous surface,
which can absorb oil like a sponge. Several makers report that a soaked nitrided surface loses a
little sustain, and Saraz prefer a wax over an oil on nitrided instruments for exactly that reason.
On stainless, oil is mostly cosmetic and protective rather than structural, and the choice matters
less.
Frequency, honestly stated: Isthmus suggest every six to twelve months in dry climates and every
one to six months in humid or salty ones. Saraz describe oiling nitrided steel roughly every two to
four weeks. Phoenix’s own guidance is a light clean and oil about once a week. That spread is wide
enough that no single number is defensible. Use the surface as the indicator: when the colour looks
dry, chalky or lightened, and water or sweat no longer beads and wipes away cleanly, it is time.
Always apply thinly and buff the excess off.
CAR-04Can I use coconut oil, and what are the arguments against it?#
intermediate
Short answer. Plenty of players do, and some makers list it as an acceptable alternative, but
it is a food oil rather than a protectant. The arguments against are that virgin coconut oil can go
rancid, can gum into a sticky film, and is solid below roughly 24 degrees Celsius. Fractionated
coconut oil avoids most of that.
The case for it is straightforward. It is cheap, available everywhere, skin safe, does not smell of
solvent, and it does put a hydrophobic film between sweat and steel. Ayasa list coconut or olive
oil as alternatives to Phoenix oil while noting there is less documented experience with them, and
several general care guides include coconut oil among safe choices. Players in warm climates have
used it for years without disaster.
The case against has three parts. First, rancidity: coconut oil is unusually resistant to going
rancid compared with most kitchen oils because it is highly saturated, but it is not immune, and a
thin film on warm metal handled daily is a much harsher environment than a sealed jar. A rancid
film smells sour and is unpleasant to play on. Second, gumming: food oils left as thin films tend
over months to thicken and polymerise into a tacky layer that grabs dust and fingerprints, and
removing it means an alcohol clean rather than a wipe. Third, the melting point: unfractionated
coconut oil is solid at ordinary room temperature in a temperate climate, so it goes on as a smear
rather than a film and is easy to over apply.
Fractionated coconut oil, sometimes sold as liquid coconut oil, removes most of the objection. The
long chain fats are stripped out, so it stays liquid, has a long shelf life and does not gum in the
same way. That is why it is the version most often named when guides do endorse coconut oil.
The honest summary is that this is a live argument in the community rather than a settled question,
and the stakes are moderate. Nobody credible claims coconut oil destroys instruments. The claim is
that dedicated handpan oils and waxes were formulated for this exact job and behave more predictably
over years. If your maker names a product, use theirs. If you are already using coconut oil and the
surface is clean and dry to the touch, you are not in trouble, but clean the old film off with
alcohol before you reapply rather than layering it up.
Short answer. Dry microfibre first. If that is not enough, use isopropyl alcohol or surgical
spirit on a soft cloth, clean the whole surface evenly, then reapply your oil or wax, because the
alcohol strips the protective film along with the grime.
Most marks are not grime at all, they are old oil that has picked up dust and skin. Reaching for a
solvent before you have tried a dry cloth is a common overreaction. Work the microfibre in gentle
circles and most fingerprints lift straight off.
When you do need the alcohol step, the method is simple. Dampen the cloth rather than the
instrument, and wipe systematically: tone fields, shoulders, ding, rim, underside, and around the
port. Watch the colour: on nitrided steel, the surface visibly lightens as the oil comes off, and
darkens again when you re-oil. That colour change is your progress indicator. Do the whole surface
rather than a patch, because a locally cleaned area re-oiled on top of a dirty surrounding area
tends to show as a halo.
Things to avoid. Acetone and other aggressive solvents can attack surface finishes and, more
importantly, the adhesive holding the two shells together, so keep them away from the instrument
entirely. Household cleaning sprays, degreasers and anything containing bleach or chloride are a
bad idea on steel. Abrasive pads belong in the rust removal conversation rather than the cleaning
one, because they take off colour and finish as well as dirt, and once the nitride colour is
scoured away it does not come back. Water is not forbidden, but any water needs to be dried off
immediately and completely, and there is rarely a reason to introduce it when alcohol works better.
Painted, powder coated or lacquered instruments are a separate case. Solvents can dull or lift a
coating, so on those check with your maker before using alcohol at all, and stick to a dry or very
slightly damp cloth as the default.
Finish the job. An alcohol cleaned instrument is bare, protected steel with nothing on it, and on
carbon steel that is the most vulnerable it will ever be. Re-oil it the same day.
Short answer. Yes, and dry them properly. It costs thirty seconds and it removes the salt,
acid, food residue and hand cream that would otherwise go straight onto the steel.
The reasoning is the same as for wiping afterwards, applied at the other end. Whatever is on your
hands when you sit down is transferred to the tone fields in the first minute of playing and then
stays there for as long as the instrument sits untouched. Salt from crisps, citrus juice, sun
cream and sweat from a bike ride are all more corrosive than the sweat you generate while playing.
Two details make the difference between this helping and hurting. Dry your hands completely,
because damp hands on steel are worse than the dirt you just removed. And avoid moisturisers and
sun cream immediately before playing. Many hand creams contain emulsifiers, salts and water that
sit on the surface and hold moisture against it, and sun cream in particular is notorious for
marking metal. If you have just applied either, wash again.
There is a small playing benefit too. Clean, dry, slightly grippy fingers get a cleaner attack out
of a tone field than greasy ones. Very dry hands have the opposite problem and can feel like they
skate, which is worth knowing if you find your touch inconsistent between sessions.
None of this needs to become anxious ritual. The instrument is a piece of engineering, not a
relic, and it is designed to be touched. Players who obsess about contamination tend to play less,
which is a worse outcome than a fingerprint. Wash, dry, play, wipe.
Going deeper. If you teach, run workshops or take an instrument to a jam, the hand washing
question is really a group hygiene question. A shared instrument in a session sees dozens of pairs
of unwashed hands in an evening, which is why teachers who do this regularly keep a microfibre
cloth on the stand and wipe between players, and why workshop instruments tend to be nitrided
workhorses rather than anyone’s favourite stainless.
CAR-07Does playing with rings, watches or long nails matter?#
beginner
Short answer. Yes. Take rings, watches and bracelets off before you play. Hard metal against a
thin, tensioned steel membrane leaves scratches at best and dents at worst, and a dent in a tone
field is a tuning problem, not a cosmetic one.
The risk is not evenly distributed. A ring worn on a finger you strike with is the worst case,
because it delivers the whole force of a stroke through a small hard edge onto the most sensitive
part of the instrument. Watches and bracelets are usually a scraping risk rather than an impact
one, sliding across a shoulder or rim as your wrist moves, and metal watch cases can catch the rim
when you reach across. Novapans and other makers give the same blunt instruction: remove jewellery
before playing.
Nails are more nuanced. Long nails on the striking fingers change your technique before they damage
anything, because you end up hitting with nail rather than the pad of the finger, which produces a
thin, clicky attack and less of the fundamental. Sustained hard nail contact can mark a surface
finish and, over years, wear it. It is unlikely to dent healthy steel by itself. Many players simply
keep the nails on their playing hands short and let the others grow, which is the same compromise
guitarists make in reverse.
A related item that does more damage than any of these: mallets and sticks. Some makers, Saraz
among them, actively discourage their use on their instruments, because a hard tip concentrates
force in a way fingers never do. If you want mallet textures, use soft mallets, play quietly, and
check whether your maker considers that acceptable on your model.
If you do scratch it, take a breath. A surface scratch on the finish is cosmetic and affects
nothing acoustically. What matters is whether the metal has been deformed, which you will hear
rather than see: a dented tone field goes flat, sounds duller or picks up a wobble. See
TRB-11 for what
to do next.
Why handpans corrode, how to catch it early, how to remove light rust safely, and when to stop and call the maker.
CAR-08Why do handpans rust, and what makes it worse?#
beginner
Short answer. Most handpans are made from carbon steel, which rusts whenever water and oxygen
reach bare metal. Sweat, humidity, salt air and trapped moisture in a closed case are the four
things that reliably make it worse.
Rust is iron oxidising in the presence of water and oxygen. Nothing exotic is required, only
moisture and time. Handpans are unusually exposed for a steel object because the whole playing
surface is bare metal that gets handled, and the treatments makers apply (nitriding, oil, wax,
occasionally paint) all work by keeping water away from iron rather than by making the iron
immune.
The accelerators, roughly in order of how much trouble they cause in practice:
Sweat. Warm, salty and slightly acidic, applied directly by hand, every session. See
CAR-02. This is
the leading cause on instruments that are played regularly and wiped rarely.
Humidity. Above roughly 60 per cent relative humidity, corrosion of bare steel speeds up
markedly, and it gets worse the higher you go. Damp basements, bathrooms, unheated garages, tropical
and monsoon climates and any room where washing dries are all bad homes for a handpan.
Salt in the air. Coastal living is genuinely harder on handpans. Airborne chloride settles on
every surface, and chloride ions break down protective layers and drive localised pitting. Makers
who live near the sea and makers who ship there both say the same thing: shorten your oiling
interval, wipe more often, and keep the instrument away from open windows facing the water. Playing
on a beach and then putting the instrument straight in a case is close to a worst case.
Trapped moisture. A closed case is a sealed humid box. Foam absorbs and holds water, and an
instrument put away warm and damp sits in its own condensation for hours. This is why so many
guides tell you not to store a handpan permanently in its case, and why a moisture absorber in the
case is a cheap piece of insurance if you must.
Two smaller ones worth naming: standing water from a drink or rain, which needs drying immediately
rather than eventually, and skin contact from bare legs and forearms on the bottom shell, which is
the surface people forget to wipe.
Short answer. Look at the instrument in strong, raking light every few weeks, and check the
places you never wipe: the underside, the rim, under any rubber ring, around the port, and any spot
that rests on case foam. Early rust is a faint orange or brown speckle or a slightly rough patch,
not an obvious red stain.
The reason to look deliberately rather than casually is that surface rust starts as tiny points
that are almost invisible under diffuse room light and obvious under a light held at a low angle.
Tilt the instrument, catch the light across the surface, and look for anything that breaks the
uniform colour: speckling, a dull matte patch in a glossy field, a change in texture under a
fingertip. Nitrided instruments are usually dark grey to black, so early rust shows as a warm brown
tinge rather than bright orange, which is easy to mistake for a smear of oil.
The high risk sites, in the order they usually catch people out:
Underneath the rim and beneath any rubber or silicone rim ring, where moisture is held against
steel with no airflow.
The gu port edge and the inside surface around it, which collects damp and is rarely treated.
The bottom shell where it sits on your knees, on foam, or on a stand pad.
The inside of the instrument, on raw or lightly treated carbon steel builds. You cannot see much
through the port, but a torch and a phone camera will show the worst of it.
Any point where the finish has been scratched through, which becomes a corrosion site quickly.
Touch is a good second sense. Run a clean, dry fingertip over a suspect area. Healthy treated steel
feels smooth and slightly slick. Early corrosion feels faintly gritty, like very fine sandpaper,
before it looks like anything at all.
Catching it at the speckle stage matters because a light surface bloom wipes away with alcohol and
a re-oil, while pitted rust has eaten into the metal and cannot be undone. On nitrided steel in
particular, neglected surface rust progresses into deep pitted patches that permanently mark the
instrument, which is exactly the failure mode makers warn about.
CAR-10How do I remove light surface rust without detuning the instrument?#
intermediate
Short answer. Clean with isopropyl alcohol first, then work only the affected spot with the
gentlest abrasive that will shift it, using light hand pressure and no hammering. Re-clean and
re-oil afterwards. Hand rubbing does not detune a handpan; impact and heavy force do.
Take the reassurance first, because it is the part people get wrong. Tuning lives in the shape and
tension of the steel, and gentle rubbing with a cloth or a fine pad does not change either. What
detunes an instrument is a blow, a press hard enough to deform the metal, or heat. So do not lean
your bodyweight on a tone field, do not use a power tool, a wire brush, a drill attachment or a
sander, and do not tap anything with a hammer. Rub, do not push.
A sensible escalation, stopping as soon as the rust is gone:
Alcohol and a soft cloth. Isopropyl alcohol or surgical spirit removes the old oil film and,
surprisingly often, the discolouration you thought was rust. Try this alone first.
A fine non woven abrasive pad, used dry or barely damp. Ultrafine grey pads are the usual
recommendation, and Ayasa name exactly that for spot treating rust on their instruments. Work in
small circles with very light pressure.
A polishing cloth impregnated with a mild compound, which some guides prefer to a pad
because it is gentler and more controllable.
0000 grade steel wool, which appears in some published guides but is the option to be most
careful with. It is aggressive on surface colour, and it sheds fine steel particles which will
themselves rust if you leave them on the instrument or in the port. If you use it, remove every
trace afterwards.
Then clean the area again with alcohol to remove residue and abrasive dust, and re-oil or re-wax
the whole instrument, not just the patch.
The honest warning: every abrasive step removes some of the surface treatment along with the rust.
On nitrided steel that means removing colour, and the pale patch you create does not darken back.
Guides that recommend green scouring pads and polishing cloths say this openly. You are trading
cosmetics for stopping the corrosion, which is usually the right trade, but go gently and accept a
faint mark rather than scrubbing until it looks perfect.
Never use acetone, which can attack finishes and the adhesive bonding the shells, and never use
chloride based cleaners or rust removers formulated for cars unless your maker specifically
approves the product.
CAR-11When is rust serious enough to need a maker?#
intermediate
Short answer. When it is pitted rather than powdery, when it covers large areas, when it is
inside the shell, when it flakes or lifts, or when the instrument has started to sound different.
Surface bloom is a home job. Anything that has eaten into the metal is not.
The distinction that matters is between rust sitting on the steel and rust that has consumed some.
Light surface rust wipes to a brown smear on your cloth and leaves smooth metal behind. Pitted rust
leaves visible craters, feels rough after cleaning, and often reappears in the same spots within
weeks because corrosion is still active below the surface you cleaned. That second case is a
material loss problem, and no amount of oil fixes it.
Send it to a maker, or at least send them photographs and ask, when you see any of the following:
Pitting you can feel with a fingernail, or dark spots that stay dark after cleaning.
Rust across a whole tone field or a large part of the shell rather than isolated points.
Significant rust inside the instrument. Interior corrosion on a carbon steel build can progress
far before you notice it, and it is not something you can treat properly through the port.
Flaking, lifting or blistering, which usually means the corrosion has undercut a coating.
Rust at the seam or glue line, which is both a corrosion and a structural question.
Any change in the sound accompanying the rust: lost sustain, a note gone flat, a new buzz.
What a maker can actually do is worth knowing before you ship anything. They can clean and neutralise
properly, take the instrument back to bare metal where needed, re-treat or in some cases re-nitride,
and retune afterwards, because aggressive rust work usually does shift the tuning. What they cannot
do is put metal back. Deep pitting is permanent, and if it has thinned a tone field enough the note
may never be as stable as it was. That is the reason to act at the speckle stage.
Cost and turnaround vary too much by maker, country and severity to quote. Ask for an assessment
from photographs first, because for a badly corroded budget instrument the honest answer is
sometimes that restoration costs more than the instrument is worth.
Short answer. Nitrided steel is rust resistant, not rust proof, and it will corrode and pit if
neglected. Stainless is far more resistant and is often described as virtually rustproof in normal
use, but it can still spot in harsh conditions and it develops a cloudy patina that is cosmetic
rather than harmful.
Nitriding is a heat treatment that diffuses nitrogen into the surface of carbon steel, producing a
hard nitride layer that resists corrosion much better than raw steel. It is a surface, though, and
it is slightly porous, so it is not a sealed barrier. Makers who work in nitrided steel are
consistent that these instruments need wiping after every session and periodic oiling or waxing,
with intervals commonly quoted around every two to four weeks, and that neglected instruments
develop deeply pitted rust patches over a few years. The porosity has a second consequence: a
nitrided surface absorbs oil readily, and several makers report that an over oiled nitrided
instrument loses a little sustain, which is why some prefer a wax on this steel.
Stainless steel resists corrosion for a different reason. Chromium in the alloy forms a thin
passive oxide layer that reforms if it is scratched, so the protection is self healing and goes all
the way through the material rather than sitting on top of it. In practice a stainless handpan can
survive humidity and neglect that would ruin a nitrided one, and stainless owners typically oil for
appearance rather than survival. Stainless is not magic, though: chloride rich environments,
prolonged salt exposure and contamination from carbon steel particles can all produce spotting.
What stainless does do reliably is patinate. Skin oils and slow oxidation leave a cloudy, mottled
look, often patchy where hands land most. Saraz describe this plainly as cosmetic, with no effect
on sound or durability, and that matches general owner experience. Some players polish it back,
many learn to like it.
There are other constructions in circulation, and they change the answer. Raw or untreated carbon
steel needs oiling inside and out and rusts quickly if you forget. Painted, powder coated or
lacquered instruments rely on that coating, are usually fine while it is intact, and rust rapidly
wherever it chips. Ember steel and other proprietary treatments sit somewhere in this landscape and
come with maker specific instructions.
Going deeper. Steel type is one of the genuine trade offs when buying, because corrosion
resistance travels with a different sound. Nitrided instruments tend to have a crisper attack and
shorter decay, stainless a longer sustain and more layered harmonics. Neither is better, and the
care difference is a real part of the decision.
Short answer. Light surface rust is essentially inaudible. Heavy or pitted rust does change the
sound, mostly by damping the surface and by removing metal, and by then the tuning may have moved
too. If your instrument sounds different and looks rusty, treat the rust as a real cause rather than
a coincidence.
Start with the physics. A tone field is a thin, tensioned steel membrane whose pitch and partials
depend on its geometry, its thickness, its stress state and how much energy the vibration loses to
damping. A film of oxide a few microns thick barely touches any of those. That is why a lightly
spotted instrument measures and sounds the same as it did, and why removing light rust does not
restore some magical lost tone.
Heavy corrosion is different, and it acts through three mechanisms. First, damping: a thick, porous,
flaky oxide layer is a lossy material bonded to a vibrating surface, and it converts vibration into
heat. The audible result is shortened sustain and a duller, less ringing character. Second, mass and
thickness loss: pitting removes metal unevenly across a tone field, and a membrane that is thinner in
patches has different partial frequencies and often a less stable relationship between them, which
can show up as a wobble or a note that will not sit still. Third, and least discussed, is the stress
state. Corrosion attacking a highly stressed, work hardened surface can relax it locally, which is
one reason very neglected instruments sometimes drift flat.
There is a fourth path that is not about the steel at all: what you do about the rust. Aggressive
abrasive work, heat, or a maker taking the instrument back to bare metal all change tuning far more
readily than the corrosion did. This is a common cause of the reported sequence of rust, then
cleaning, then a note sounding wrong.
In practice, the useful diagnostic order is to check for damping and mechanical causes first
(see TRB-04), because
case foam contact and hand position explain far more sustain complaints than rust does. But if the
instrument is visibly and extensively corroded and the sound has gone dull, believe your ears. That
is the point at which a maker’s assessment is worth paying for.
Short answer. Somewhere dry, at stable room temperature, out of direct sun, with nothing on top
of it and nothing pressing on the ding. Never stacked, never in a hot car, and preferably not sealed
in its case for months at a time.
Never stacked. If you own more than one, do not put one on top of another, with or without cases.
The load lands on the ding of the lower instrument, which is the most highly stressed and least
forgiving part of the shell, and the ding is also the note most people notice going wrong. Store
them side by side, upright in a rack, or on separate stands. The same rule applies to putting a bag,
a box or a person on top of a cased instrument.
Never in a car. A closed car in summer sun reaches temperatures that permanently shift tuning,
and one parked outside in winter turns the instrument into a condensation trap the moment you bring
it indoors. Cars are also where instruments get stolen. If you must transport one, it travels with
you and comes inside at the other end.
Standing or flat. Both are fine if done properly, and the usual guidance is to keep the ding
side up rather than resting the instrument dome down on a hard surface. Standing it on its rim,
leaning against a wall, is common, stable and takes no floor space, but put something soft between
the rim and the floor and be honest about whether it can be knocked over by a door, a child or a
dog. A dedicated stand is better than the wall, and a stand also makes you play more, which is the
real argument for it.
Soft case or hard case for storage. Neither, ideally. A sealed case is a humid box that holds
moisture against the steel and whose foam absorbs water. Multiple makers advise against long term
storage inside the case for exactly this reason, and recommend keeping the case itself open and dry
when it is not in use. If your only option is the case, put a moisture absorber inside it, and take
the instrument out periodically to air.
Two smaller points. Keep it away from radiators, underfloor heating and sunny windows, because
localised heat on one part of the shell is worse than uniform warmth. And if you have a rubber rim
ring, do not store the instrument for months with the ring on in a damp environment, because the
steel under it never dries.
Short answer. Match the case to the journey. A padded soft bag is fine for carrying an
instrument to a friend’s house or a local session. A rigid hard case is what you need for flying,
touring, courier shipping or anything that leaves your hands.
Most instruments arrive with a soft bag, and for many owners that is all they will ever need. A good
soft bag has thick foam padding, a stiffened rim, a protective disc or pad over the ding, a
waterproof outer, and backpack straps that actually distribute weight. The weaknesses are inherent:
soft bags do not resist crushing, and they do not protect against a fall onto a corner. They are
transport, not armour.
Rigid and semi rigid cases are a different category and a different price. The reference
products in the handpan world are made by Hardcase Technologies, whose semi rigid EVA models, the
Evatek and the flight oriented Aviotek, are the ones most frequently named by makers when they
discuss travel, alongside their rigid Cargo hardcase. Other makers and retailers offer their own
hard shell and hybrid designs. What you are paying for is a shell that holds its shape, a suspension
system that keeps the instrument off the walls of the case, and enough structural integrity to
survive baggage handling. If you fly with an instrument more than once a year, this is the
purchase that pays for itself the first time it does its job.
Things to check before you buy, whichever type:
Fit. Handpans vary in diameter, commonly around 50 to 60 centimetres, and depth varies too. A
case that is too big lets the instrument move, which is worse than slightly snug.
Ding protection. Look for a pad or dome over the centre, since that is where any load lands.
How it stands. Cases that will not stand upright end up laid on the floor and stepped over.
Straps and handles. You will carry this on your back through airports and up stairs.
Airline dimensions, if flying is the point. See
CAR-21.
Whether the foam breathes. Closed cell foam that traps damp against steel is a rust risk over
long periods.
A note on the budget end. A cheap hard case with thin walls and no suspension can be worse than a
good soft bag, because it feels protective and is not. If money is tight, a good padded soft bag
plus care beats a bad hard case, and for a single shipment, a well packed cardboard box with heavy
foam around a bagged instrument is a legitimate option that makers themselves use.
Short answer. Aim to carry it on, in a hard case, boarding as early as you can, and be prepared
to gate check it as a fallback. Most people fly without incident, but no airline is obliged to give
you cabin space, so plan for both outcomes.
What the rules actually say. In the United States, a Department of Transportation final rule
issued in December 2014 requires airlines to let passengers bring small musical instruments into the
cabin and stow them in an overhead bin or closet, provided there is space at boarding and the
instrument fits the carrier’s approved carry on programme. Crucially, instruments are handled first
come, first served like any other bag, and airlines are not required to prioritise them or create
space. Outside the US the picture is a patchwork of individual airline policies, so check your
specific carrier before you book rather than relying on general advice.
What happens in practice. A cased handpan is usually over the stated carry on dimensions, and
whether it goes in the cabin comes down to the aircraft, the load and the crew. Makers who fly a
lot report that a medium hard case fits many overhead bins on larger aircraft and rarely fits on
small domestic ones, and their experience of the outcome differs: some report that limits function
more as guidelines and that staff are generally curious and accommodating, others report that on
most domestic flights there simply is not room and gate checking is unavoidable. Both are true, on
different routes.
How to give yourself the best chance. Book a seat with early boarding or pay for it, because
overhead space is gone quickly. Get to the gate early and speak to the crew before boarding rather
than arguing in the aisle. Say what it is, that it is a fragile musical instrument, and ask whether
there is a closet or a bin they can suggest. Be pleasant. Crew have enormous discretion and almost
never use it in favour of someone who has just been rude to them. Put it in a bin near your seat if
you can see it.
If it has to go below. Gate checking, where you hand it over at the aircraft door and collect it
there on arrival, is much better than checking it at the desk, because it skips most of the
handling. Either way it needs a hard case, ideally with the straps taped or wrapped so nothing
catches, and extra padding around the ding. Inspect it before you leave the airport and report any
damage immediately, since claims made on the spot are far easier than claims made later.
Going deeper. Shipping the instrument ahead by courier, insured and boxed, is sometimes cheaper
and always calmer than flying with it. Damage is uncommon and usually repairable, but the risk is
real and it compounds with every journey.
CAR-22What about temperature shock and condensation?#
intermediate
Short answer. Let the instrument reach room temperature before you open the case and before you
play. The danger of cold is not the cold itself but the condensation that forms on cold steel when
it meets warm, humid air, and the danger of heat is that sustained heat can permanently move the
tuning.
Why condensation happens. Warm air holds more water than cold air. Bring a handpan in from a
cold car or a winter walk and the air touching it is chilled below its dew point, so water condenses
out onto the metal. You get a fine film of water across the whole surface, including places you
never wipe, and unless you dry it that film is doing exactly what
CAR-08 describes. A
cold instrument taken straight out of its case into a warm room is the classic version of this.
What to do instead. Leave it in the closed case for a while and let it warm up gradually, which
buffers it from the room’s moisture. Guidance varies on the interval; twenty minutes is a common
suggestion and longer is better if the instrument is genuinely cold. Then take it out, wipe the
whole surface with a dry microfibre cloth even if it looks dry, and give it a few minutes before you
play. Do the reverse when packing up somewhere cold and damp: dry it before it goes in, not after.
Heat is the more permanent risk. Steel expands as it warms, and a warm handpan reads slightly
differently on a tuner and can sound subtly off. That part is temporary and resolves as it cools.
What is not temporary is prolonged exposure: handpans are heat treated during building, so leaving
one in direct sun or a closed car applies an uncontrolled version of a tuning process and can shift
the tuning by several cents permanently. Playing outdoors in summer is fine if the instrument stays
in the shade and you check it with your hand occasionally. If it is too hot to touch comfortably,
stop and move it.
Also worth knowing. Adhesive matters at temperature extremes. Most makers use glues rated for
outdoor conditions, but if you regularly play in harsh heat it is a fair question to ask your maker
about your specific instrument. And do not try to warm a cold instrument quickly with a heater, a
hairdryer or a radiator. Uneven heating is worse than the cold you are fixing.
Why the tuning moves, how long it lasts, what retuning costs, and why you should not attempt it yourself.
CAR-14Why do handpans go out of tune, and how often do they need retuning?#
beginner
Short answer. The tuning is held in the shape and stress of thin steel, and steel slowly
relaxes and reshapes under repeated impact and temperature change. A well made, gently played
instrument often goes several years without needing anything, and some never do. A cheap or
hard played one can drift within months.
Understanding the mechanism makes the rest obvious. A tuner shapes each tone field so that its
fundamental and its first two partials, usually the octave and the twelfth, line up precisely, and
that alignment depends on a very specific pattern of curvature and internal stress worked into the
metal by hammering. Every strike you make puts a small amount of energy into that structure. Almost
all of it becomes sound, but not quite all of it, and over tens of thousands of strikes the metal
creeps very slightly towards a lower stress state. That usually shows up first as the higher
partials moving relative to the fundamental rather than as the whole note going flat, which is why
drift is often heard as a wobble or a loss of clarity before it is heard as a wrong pitch.
The things that speed it up are consistent across makers’ advice: hard playing, mallets and sticks,
temperature extremes, impacts and drops, and poor initial tuning. That last one is underrated. An
instrument that was tuned into an unstable state at the factory, or that was never properly stress
relieved, sheds that instability in its first year and then keeps moving. This is much of the
difference between a budget instrument and a good one, and it is why “how long does it hold tuning”
is really a question about who built it.
Published expectations vary but cluster. Several retailers and makers describe good instruments
holding tuning for roughly three to seven years, and specific builders quote five years or more.
One German retailer’s guidance is that quality instruments hold for two to five years while budget
instruments under about a thousand euros can drift within months. Ayasa warrant tuning for at least
a year and report instruments over six years old that have never needed a retune. Saraz say plainly
that most instruments will eventually need some degree of retuning but that there is no fixed
schedule and some players never need one.
So the practical answer is: there is no service interval. Do not book a retune because a calendar
says so. Listen, and act when something has actually changed.
CAR-15How much does retuning cost, and who can do it?#
intermediate
Short answer. Your own maker first, an experienced independent tuner second. Prices move and
vary by country, but a straightforward retune is typically a low to mid hundreds figure in your
local currency, plus shipping both ways, which is often the larger cost.
Start with the maker who built it. They know the geometry, the steel and the intended tuning, they
often have the original tuning notes for the instrument, and many offer free or reduced cost work
inside a warranty window. One European retailer, for example, publishes free retuning within two
years of purchase from them, then roughly one hundred to two hundred euros afterwards, with an
additional charge for instruments they did not build, and a turnaround of around three weeks
including transport. Treat that as one real data point rather than a global price list.
If the maker is unreachable, out of business or on another continent, the alternative is an
independent tuner. There is a small international population of people who do this competently,
some of them makers taking in third party work, some of them specialists. Ask in regional player
groups, and ask for evidence: before and after recordings, instruments they have worked on, and
what they say when you describe your problem. A good tuner will ask you to send photographs of every
note and video or audio of the instrument being played before quoting, which is the normal remote
assessment process makers use.
Two cost realities worth planning for. Shipping a handpan internationally in a hard case, insured,
is expensive and can exceed the tuning fee, so a nearby competent tuner may beat a distant excellent
one. And a retune is not always a single flat job: a light touch up of one drifted note is much
cheaper than reworking an instrument that has been dented, over played into instability or
extensively rust treated. Get the assessment before you commit.
Be sceptical of anyone offering to retune a handpan cheaply and quickly with no assessment,
particularly general percussion repair shops with no handpan specific experience. The failure mode
here is not a wasted fee, it is an instrument that comes back worse and can no longer be corrected.
Short answer. Almost certainly not, and the attempt usually makes things permanently worse.
Tuning a handpan is a hammering skill that takes tuners years to learn, and unlike most instrument
repairs, a bad attempt cannot simply be undone.
The reason is worth stating precisely, because “it is hard” is not an argument by itself. When you
tune a handpan you are not adjusting a tension screw, you are plastically deforming steel to move
three or more coupled frequencies into alignment at once. Change the fundamental and the octave and
the twelfth all move, by different amounts, in directions that depend on where and how hard you
strike. Every hammer blow also work hardens the metal a little, so the material you are working
gets less forgiving as you go, and the total number of usable corrections in a given tone field over
its life is finite. Spending some of them on guesswork is the real cost.
Add the practical requirements. Tuners work with specific hammers, sometimes with dies and rubber or
nylon tipped tools, on a supporting surface, with a real time spectrum analyser rather than a guitar
tuner app, and with trained ears that can pick a partial out of a decaying complex tone. They also
know the particular instrument’s history and how that maker builds. This is why every maker’s public
advice on the question is the same: do not, because it can permanently damage the tone fields and
will void most warranties.
There is a narrow band of things you can legitimately do at home, and it is smaller than the
internet suggests. You can clean the instrument. You can remove or reposition a rubber rim ring. On
some instruments there are internal damping elements, and if your maker fitted an adjustable one they
may tell you how to move it. What you should not do is strike the instrument with any hammer, press
on tone fields, apply heat, or follow a video that shows someone tapping a note flat or sharp with a
hard object. Those videos exist and they are how a lot of instruments have been ruined.
If you genuinely want to learn, learn properly: buy a cheap shell or a scrap instrument to practise
on, or take a building or tuning course. Do not learn on the instrument you love.
Short answer. Trust your ears first: listen for notes that wobble, sound unclear, or no longer
sit in the chord. Then check with a chromatic tuner in a room at normal temperature. A few cents of
deviation is normal and not worth acting on. Ten cents or more, or a partial that no longer lines
up, is a real change.
Ears before meters, for a specific reason. The most common symptom of drift is not the fundamental
going flat, it is the octave or the twelfth moving away from it, and that shows up as a note that
sounds slightly sour, beats against itself, or has lost its bloom. A tuner pointed at the
fundamental can read perfectly while the note sounds wrong. Play each note alone, let it ring, and
listen to whether it stays as one clear pitch or seems to shimmer and beat.
For a measurement, use a chromatic tuner or a phone tuner app, set your reference pitch correctly
(A equals 440 hertz unless your instrument was built to something else), and let the instrument sit
at room temperature for at least twenty minutes first, because a cold or sun warmed instrument reads
differently. Strike each note with a normal, moderate stroke rather than a hard one, and read the
value as the note settles rather than in the first instant of attack. Then check the octave partial
by striking near the edge of the tone field and reading again.
Interpreting what you see. Handpans are not pianos, and small deviations are ordinary. Guidance
commonly puts the tolerance at around five to ten cents, with beyond ten cents treated as a signal
that a retune is worth discussing. What matters more than any single number is a comparison: one
note reading noticeably differently from its neighbours, or a note that has moved since you last
checked, is more informative than an absolute reading. Keep a record. A photograph of tuner readings
for every note, taken when the instrument is new and again once a year, turns a vague worry into
evidence, and it is exactly what a maker will ask for.
Finally, rule out the mundane before you conclude anything. Temperature, a different room, damping
from your lap or a case, a change in your own technique and simple familiarity all shift how an
instrument sounds far more often than the steel does.
Short answer. Impacts and drops, dents, hitting it hard for years, mallets and sticks, sustained
heat, and pressure on the ding. Everything on that list deforms steel, and deformed steel does not
spring back to its tuned shape.
Impacts and drops. The single biggest cause of sudden, catastrophic detuning. A knock against a
door frame while carrying it, a fall from a stand, a bag put down too hard on a kerb. The energy goes
into one small area of a tensioned membrane and reshapes it. A dent in a tone field almost always
detunes that note, and a hard enough impact can detune neighbouring notes too.
Playing too hard. Not a single event but an accumulation. Repeated heavy strikes drive the metal
past what it recovers from, first showing as a note that will not hold its partials and eventually as
a visible dimple or flattened spot in the middle of a tone field. This is the most common self
inflicted damage, and it is almost entirely a technique problem. See
TRB-17.
Mallets and sticks. A hard tip concentrates force far more than a fingertip, and some makers
discourage them outright on their instruments. If you use them, use soft ones, play quietly, and
check your maker’s position first.
Heat. This one is underestimated. Handpans are stress relieved and stabilised with heat during
building, so heat is a tuning tool. Leave one in direct sun or a closed car and you are applying
that tool at random. Short warmth is harmless and the pitch returns as it cools, but prolonged sun
exposure can shift tuning by several cents permanently. A car parked in summer sun is the classic
way to destroy an instrument’s tuning in an afternoon.
Pressure on the ding. The central dome is the most highly stressed part of the instrument and
the least forgiving of point loads. Storing another instrument on top, leaning on it, or resting the
instrument dome down on a hard object all press exactly where you should not.
Two things that are commonly blamed and mostly should not be. Cold does not damage tuning by itself,
though the moisture that comes with it causes rust, and pitch shifts as the instrument warms back to
room temperature. Ordinary playing at sensible volume, on a well built instrument, is what the
instrument is for, and worrying about it will cost you more music than it saves you cents.
How to capture a handpan on a recording, get it through a PA without feedback, and treat it sensibly with effects and in a mix.
The handpan is an awkward instrument to capture and an awkward one to amplify, for the same
two reasons. It is quiet, so you need a lot of gain, which brings the room and the stage with
it. And it sustains for several seconds, so everything you add, whether that is a reflective
wall, a reverb plugin or a second overdub, lands on top of a note that is still ringing.
Almost every piece of advice in this section follows from those two facts. The room matters
more than the microphone. Placement matters more than the model. Gain before feedback is the
whole live problem in three words. And restraint with reverb is what separates recordings that
sound spacious from recordings that sound like a swimming pool.
Where products are named here it is because they are genuinely common reference points, not
recommendations. Prices and model ranges move, and purpose-built handpan pickups are a small
market with few manufacturers, so check what is current before you buy.
Reverb, delay, looping and what to do with a handpan once it is inside a mix or a DAW.
REC-15Which effects suit the handpan, and which ruin it?#
intermediate
Short answer. Reverb, tempo-synced delay and very light compression flatter it. Anything that smears the transient or modulates the pitch fights the instrument’s identity, because the attack and the stable metallic partials are what make it sound like a handpan.
Reverb. The obvious one, and the one most often overdone. The instrument already sustains for several seconds, so a long reverb tail sitting on top of a long natural decay produces porridge. Useful starting points: a hall or plate with a decay of about 1.5 to 2.5 seconds, pre-delay of 20 to 40 ms so the attack stays distinct, and the reverb return high-passed above roughly 300 Hz so the low end stays dry and defined. Put reverb on a send, not an insert, so you can keep the direct signal intact. If the recording already has a good room in it, a short ambience or nothing at all is often better.
Delay. Suits the instrument beautifully because handpan playing is naturally cyclic. Tempo-synced quarter notes or dotted eighths build the pattern out without adding harmonic clutter. Keep feedback modest, two or three repeats, and roll off the top of the repeats so they sit behind the dry signal rather than competing with it. Ping-pong delay across a stereo field is a cliché for a reason: it works.
Compression. Handpans have a big dynamic range between a soft finger tap and a full slap, so a little control helps. Use a slow attack, 10 to 30 ms, so the transient gets through, a ratio around 2:1 to 3:1, and aim for 2 to 4 dB of gain reduction on peaks. Fast attack settings kill the attack and make the instrument sound flabby and toy-like. Heavy compression also pulls up the hand noise and the room between notes.
What to be careful with. Chorus and flanger modulate pitch, and a handpan’s harmonics are tuned deliberately; modulation makes it sound detuned and cheap. Heavy distortion buries the partials that carry the identity. Pitch shifting rarely convinces, because the transient shifts with the tone. Gates and heavy transient shapers chop the decay, which is the point of the instrument. Auto-tune style processing has nothing to work with.
What breaks the rules well. Granular processing, freeze reverbs and heavy amounts of anything, used deliberately as sound design rather than as polish, can be excellent. The distinction is whether you are trying to make a handpan sound better or trying to make a different instrument out of one. Both are legitimate; confusing them is what produces a muddy demo.
Short answer. Pickup or microphone, into a preamp, into a looper with foot control, out to your speaker. The hard part is not the equipment, it is playing in time with your feet while both hands are busy.
The chain. Source into something that gives it the right impedance and level, into the looper, then out. Add reverb and delay after the looper for effects on everything, or before it to bake them into each layer. Baking them in is committal and often sounds better; putting them after gives you control.
Choosing a looper. The relevant questions are: how many separate loop tracks, can you undo, is it stereo, does it quantise loops to a fixed length, and can you control everything with your feet. Single-track pedals such as the TC Electronic Ditto family are cheap and teach you the discipline. Multi-track loop stations such as Boss’s RC series, which runs from compact single-switch units up to the multi-track RC-600, give you separate verse and chorus layers, individual track levels and a proper stop. Software looping inside a laptop with a foot controller offers the most power and the most that can go wrong on stage.
The real skill. With a guitar you can tap a footswitch on a downbeat while strumming. With a handpan you are sitting, leaning over the instrument, and your foot is doing something your hands are not. Practise the footwork silently first: set the loop, close it, undo it, stop it, all without playing. Get the physical action reliable before you make it musical.
Building an arrangement. The pattern that works most reliably is layering from the bottom up. Lay the pulse first, usually gu strokes or low tone fields, because a groove with a clear downbeat makes every later layer easier to place. Add a sparse mid-register ostinato. Only then play melody live over the top. Resist the urge to fill every layer: three sparse layers sound like an arrangement, five dense ones sound like a wash.
Practicalities that trip people up. Loop length is set by your first pass, so a slightly rushed first bar poisons everything after it. Many players record a two-bar or four-bar foundation rather than one bar, to reduce the audibility of the join. Keep a way to kill everything instantly. And decide what happens at the end of a piece: an unresolved loop fading under applause is fine once, awkward the third time.
Handpan players who perform solo at scale, such as Manu Delago and Sam Maher, are often cited as reference points, but published detail about their exact live rigs is thin. Copy the musical approach rather than a rumoured pedalboard.
Short answer. Decide what job it is doing, then carve space for it. The handpan occupies the same territory as acoustic guitar, piano, marimba and bright synth pads, and it will not win those fights on its own.
Know where it lives. In broad terms, and it varies by scale and instrument:
Below about 80 Hz: rumble and stage noise, nothing musical. High-pass here.
100 to 250 Hz: ding fundamental, gu resonance, body warmth. Cutting here thins it; boosting here muddies it.
250 to 450 Hz: boxiness and room. Usually the place for a gentle wide cut.
500 Hz to 2 kHz: the fundamentals of most tone fields, and where the instrument’s melodic identity lives. Protect this.
2 to 5 kHz: attack, definition, the sound of the hand hitting steel.
6 to 12 kHz and above: shimmer and the metallic halo. Small changes here have a large effect on perceived quality.
Where it clashes, and what to do. Against acoustic guitar, the fight is at 200 Hz to 1 kHz; separate them by register and by panning, and consider making the guitar strum wide while the handpan sits centred, or the reverse. Against piano, the overlap is almost total; one of them must play chords and the other a line. Against a full drum kit, the handpan’s attack competes with hi-hat and ride in the 5 to 10 kHz region, and its body competes with toms; a small dynamic EQ dip on the cymbals when the handpan plays is more elegant than static cuts. Against pads and strings, the clash is sustain rather than frequency, so use arrangement: let the pad drop out while the handpan’s decay is still ringing.
Practical moves that usually work. Keep the handpan centred if it is the lead and wide if it is texture. Use a send reverb with a pre-delay so the attack still cuts. Automate the level rather than compressing hard, since handpan performances swell and fall naturally. And check the mix in mono, especially if the handpan was recorded with a spaced pair, because stereo width that vanishes in mono is width you did not really have.
A note on samples versus recordings. A real recording carries room and hand noise that glue it into an acoustic arrangement. In a dense electronic production, that same noise reads as mess, and a tightly gated or sampled version sits better. Choose deliberately.
REC-18How do I use a handpan in electronic production and sampling?#
advanced
Short answer. Sample it properly, with several velocity layers and multiple hits per note, and accept that a handpan in electronic music usually works best as a rhythmic and textural element rather than as a fake melodic instrument.
Why naive sampling disappoints. One recording of each note, pitched around a keyboard, sounds obviously synthetic for three reasons. The timbre changes dramatically with striking force, not just the volume, so a quiet note is not a loud note turned down. Repeated identical samples produce the machine-gun effect, which is glaring on a percussive instrument. And pitching a sample up or down shifts the whole harmonic structure and the transient together, which the ear catches instantly on tuned metal.
Doing it properly. For each tone field, capture at least three or four velocity layers, from finger tap to full strike, and three or four alternate takes at each layer for round-robin cycling. Capture the whole natural decay rather than truncating it, and record the shoulder strikes, rim slaps and gu hits as separate articulations. If you can, record a set of muted or damped hits too, because damping is a real technique on the instrument and its absence is one of the things that makes sampled handpan sound fake. Keep the microphone position identical throughout, and record the entire set in one session at a stable temperature.
Editing. Trim to the transient with a very short fade in, no more than a millisecond or two, and let the tail run. Normalise per layer rather than per sample so the velocity relationships survive. Keep noise floor low, because a hundred overlapping tails carry a hundred copies of the room hiss.
Using it in a production. The strongest role for handpan in electronic music tends to be rhythmic: a short, dry, filtered handpan hit as a percussion element, or a looped phrase treated as a texture bed. Filtering out everything below 400 Hz turns it into a bright percussion layer that sits over a synth bass without fighting it. Time-stretched and reversed handpan tails make excellent risers and pads.
Processing that suits it. Granular synthesis on a sustained note produces beautiful evolving beds. Sidechaining the handpan gently to the kick keeps the low end clear. Convolution using a handpan hit as an impulse response is an odd but productive trick.
Legal and ethical note. If you sample someone else’s handpan recording rather than your own instrument, the usual sample clearance rules apply. Field recordings of a busker are their performance, not free material.
Short answer. Either a microphone on a stand above the instrument, or a small pickup attached to the shell. Microphones sound better, pickups survive loud stages. Many players use both and blend them.
The handpan is a quiet instrument with a long decay, played by someone whose hands are busy and who often moves while playing. That combination makes amplification harder than it looks. A guitar has a fixed body, a fixed relationship to its pickup and a player who can stand still. A handpan sits on a stand, radiates in every direction from a curved surface, and gets leaned over.
The three broad approaches:
Microphone only. One or two condensers on a boom above and slightly behind the instrument, roughly 25 to 50 cm away. This is what a listening-room gig, a house concert or a theatre wants. It gives you the whole instrument, the air and the gu. It also gives you the drum kit, the monitors and the room, and it caps how loud you can go before feedback.
Pickup only. A contact or miniature condenser element attached to the shell, usually near the gu or on the underside. It hears mostly the instrument and almost nothing of the stage, so gain before feedback is enormous. It also sounds less like a handpan: tighter, more mid-focused, less air. On a loud stage this is the trade you make.
Both, blended. A pickup for the body and level, a microphone for the top end and realism, mixed together and with the microphone pulled down as the stage gets louder. This is what most touring acoustic players do on other instruments, and it works here. The two sources must be checked for polarity, and the small time difference between them can cause phasiness, so most small mixers or preamps with a phase switch are worth having.
Whatever you choose, get it on a proper stand with the instrument fixed at your normal playing height. Mic and pickup positions that were set at soundcheck stop being correct the moment you sit differently.
A final practical point: give the sound engineer a warning. Many engineers have never mixed a handpan, will assume it is a steel drum, and will reach for the same processing they use on a snare. Ask for a light touch, and expect to spend more of the soundcheck on monitors than on front of house.
REC-10Pickup or microphone: which should I use live?#
intermediate
Short answer. Microphone if the stage is quiet and the audience is listening. Pickup if the stage is loud, you move, or feedback has already bitten you. The decision is about the room, not about sound quality in the abstract.
What a microphone gives you. The real instrument: the attack, the shimmer above 8 kHz, the breath of the gu, the acoustic bloom. Nothing else sounds like it. A condenser 30 cm above the instrument on a quiet stage is close to a studio capture.
What a microphone costs you. Gain before feedback. Every dB you add to the PA also gets picked up again by that open microphone. It hears the monitors, the drummer, the audience and the air conditioning. It restricts where you and the speakers can stand. And if you lean forward over the instrument, the balance changes.
What a pickup gives you. Isolation and headroom. A contact element responds to vibration in the shell, not to sound in the room, so a loud stage barely reaches it. You can move the instrument, you can point wedges wherever, and the level stays stable. It also solves the busking case, where wind and traffic destroy a microphone signal.
What a pickup costs you. Air and space. Contact sensors read the shell, so you get a stronger, more direct mid-band and less of the top-end shimmer and less of the natural bloom. Cheap piezos in particular sound brittle and quacky unless they are fed into a properly high-impedance input. Anything stuck to the shell also adds a small mass and slightly damps that spot, and it needs mounting in a way that does not mark the instrument.
Practical guidance by situation.
Solo house concert, yoga studio, small listening room: microphone.
Support slot, festival stage, band with drums: pickup, or pickup with a microphone blended low.
Busking with a battery PA: pickup, unless it is a genuinely still day in a sheltered spot.
Recording live for release: microphones, plus a pickup track as an insurance policy.
If you buy one thing, and you play mostly quiet gigs, buy the microphone. If you buy one thing and you play with other musicians, buy the pickup. Neither is a compromise you will regret if it matches your gigs.
REC-11What types of handpan pickup exist, and how do they mount without damaging the instrument?#
intermediate
Short answer. Three families: piezo contact transducers, miniature electret condenser elements attached to the shell, and clip-on gooseneck microphones. All of the sensible mounting methods are removable and adhesive-based. Never drill a handpan.
Miniature condenser systems made for the job. Ischell, a French manufacturer, make systems specifically marketed for handpan, including single-capsule models such as the C2BHP and C3BHP and multi-capsule systems such as the X48C and X48JC. They use small electret capsules attached to the instrument with removable adhesive putty or removable tape, run on phantom power, and output on XLR. These are the closest thing to a purpose-built standard in the handpan world, and they are priced accordingly, generally in the low to mid hundreds of euros.
Piezo contact transducers. A ceramic disc that senses vibration in whatever it is stuck to. The AKG C411 is a widely used contact pickup that mounts with a proprietary putty-like adhesive and is available with XLR phantom power (C411 PP) or a mini-XLR connector for wireless packs (C411 L). Fishman’s SBT series soundboard transducers are designed for guitar tops but are cheap and are commonly repurposed. Piezos need a very high impedance input, typically 1 MΩ or more, to avoid sounding thin and quacky.
Clip-on gooseneck condensers. Small condensers on a flexible arm, such as the Myers Pickups Feather series, sold in variants for a range of acoustic instruments. These are technically microphones rather than pickups, so they sound more natural but give less feedback rejection, and mounting one takes improvisation since none is designed for a domed steel shell.
Mounting, and what not to do.
Reusable, plasticine-like adhesive putty is the standard mounting method and is what several manufacturers supply. It holds well, comes off cleanly and changes nothing permanently. Removable double-sided tape works but can leave residue and, on a nitrided carbon steel instrument, can lift the finish if pulled off carelessly.
Magnets are tempting on a steel instrument. They will hold, but a magnet dragged across the surface scratches the finish, and a magnet on a tone field adds mass and audibly damps it. If you use one, use it on the bottom shell away from any tuned area, and lift it straight off rather than sliding it.
Two genuine risks are worth naming. First, anything stuck on a tone field damps that note; mount on the bottom shell, near the gu or on the rim area rather than on the playing surface. Second, moisture trapped under putty or tape against carbon steel can start corrosion. Take the pickup off after gigs, wipe the spot, and check it periodically.
Never drill, bolt, glue permanently or clamp a handpan. Any of these will change the tuning and destroy the resale value.
REC-12How do I stop feedback when I amplify a handpan?#
advanced
Short answer. Increase the ratio of instrument to speaker at the microphone. Get the mic closer, get the speakers further away and pointed elsewhere, use directional patterns, high-pass aggressively, and notch out the one or two frequencies that ring before you touch the master fader.
Feedback happens when sound from the speakers arrives back at the microphone loud enough to be re-amplified. Handpans make it worse in two ways: the instrument is quiet so you need high gain, and it sustains, so a ringing feedback tone hides inside a note that is already ringing until it is too late.
The interventions, in the order they are worth trying:
Reduce the distance to the source. Halving the microphone-to-instrument distance gives you about 6 dB more instrument at the same gain. Moving from 60 cm to 30 cm is a bigger win than most other steps combined.
Move the speakers. Front of house speakers should be in front of the microphone’s null, meaning downstage of you, not level with you. If the PA is behind the mic line, you will never win. On small stages, physically walking the speaker stands a metre forward often solves the entire problem.
Fix the monitoring. Wedges are the usual culprit. A cardioid microphone rejects best directly behind it, so put the wedge exactly behind the microphone, not at 45 degrees. A hypercardioid rejects best at about 120 degrees off axis, not directly behind, so its null is in a different place. In-ear monitors remove the problem entirely and are the single most effective upgrade for a handpan player who gigs regularly.
High-pass and low-cut. Roll off below 60 to 80 Hz on the handpan channel. There is almost nothing musical down there and plenty of stage rumble that eats headroom.
Ring out the system. At soundcheck, raise gain slowly until you hear the first ring, notch that frequency with a narrow parametric cut of a few dB, and repeat once or twice. Two or three narrow notches typically buy 6 to 9 dB. Do not go past three or four: you will start hearing the damage.
Change the source. If none of that is enough, the honest answer is that the stage is too loud for an open microphone and you need a pickup. That is not a failure, it is the correct tool.
Automatic feedback suppressors exist and work, but they chase the problem after it starts, which on a sustaining instrument means you hear the beginning of every squeal.
Short answer. You need something that matches your source to the PA input. A phantom-powered XLR pickup or microphone can go straight to a mixer. A bare piezo needs an active DI or preamp with a high impedance input, or it will sound thin and brittle.
Impedance is the thing people get wrong. Piezo elements have very high output impedance. Plug one into a typical mixer line input or a passive DI, which presents a relatively low impedance load, and the low frequencies collapse. The result is the classic quacky piezo sound, which players then blame on the pickup. An active DI or a preamp with an input impedance of 1 MΩ or higher, and preferably several megohms, fixes it before any EQ is involved. Many acoustic instrument preamps are designed exactly for this.
Phantom powered systems are simpler. Purpose-built handpan systems that terminate in XLR and expect 48 V phantom, such as the Ischell models, can be plugged straight into any mixer channel. No DI required. Confirm with the engineer that phantom will be on for your channel and that it will not be switched off mid-set when someone patches something else.
Microphones need a mic preamp, which every mixer has. Condensers need phantom. Nothing exotic.
Do you need EQ? A little. A useful starting shape for live handpan:
High-pass filter at 60 to 80 Hz.
A gentle cut, 2 to 4 dB and fairly wide, somewhere between 200 and 400 Hz to remove boxiness. Sweep to find it in the room rather than dialling it in blind.
Optional small lift around 6 to 10 kHz for shimmer, but only if you are using a pickup that lost it. Microphones rarely need this and it makes feedback more likely.
Whatever narrow notches ringing out the system produced.
Avoid: heavy midrange scoops, which hollow the instrument; broad low boosts, which invite mud and stage rumble; and gates, which chop the decay.
A minimal purchase order for a player who is building a rig would be: a good cable, then an active acoustic DI or preamp with a high impedance input and a phase switch, then EQ, then anything else. The phase switch is more useful than it sounds when you are blending a pickup with a microphone.
REC-14What does a simple gigging rig actually look like?#
beginner
Short answer. For a supported gig: instrument, stand, pickup or microphone, one cable, and the house PA. For a self-contained gig: add a battery-powered PA speaker with a mixer built in. Almost everything else is optional.
Tier one, playing into a house PA. Handpan on a stand, pickup mounted, XLR to the stage box, done. You bring the pickup, a spare XLR cable, adhesive putty, and a note of what power your system needs. Total additional weight, about a kilogram. This is what most players who gig regularly actually carry.
Tier two, small self-contained. A battery-powered portable PA that includes microphone and instrument inputs. The Roland CUBE Street EX and the Bose S1 Pro are the two that come up most often among street and small-venue players, and both run on internal batteries. Either takes your pickup or a microphone directly. Add a speaker stand if the venue is more than a handful of people, because getting the box above head height improves clarity far more than turning it up does.
Tier three, small band or looping rig. Pickup and microphone into a compact mixer or a two-channel acoustic preamp, out to a looper and any effects, then to a powered speaker or to front of house. This is where a phase switch, a proper EQ and a tuner-style mute become worth having.
The list of things that are always in the bag, regardless of tier:
Spare XLR cable and a spare jack cable. Cables fail more than anything else.
Spare adhesive putty and a microfibre cloth.
Gaffer tape.
A torch or head torch, for packing down.
Spare batteries or a power bank for anything battery powered.
A short DI or an adaptor, in case the venue is not what you were told.
Things people buy and rarely need early on: wireless systems, multi-effects units, in-ear packs, a second speaker for stereo. Stereo in particular is romantic and mostly wasted, because only the few people standing in the middle hear it.
Set-up time matters more than specification. A rig you can deploy in five minutes gets used; a rig with fourteen patch cables stays at home.
Microphones, placement, rooms and the practical business of getting a handpan onto a recording without it sounding boxy, thin or muddy.
REC-01What is the best way to record a handpan at home?#
beginner
Short answer. One decent condenser microphone, placed roughly 40 to 80 cm above and slightly to one side of the instrument, in the least reflective room you own, going into a basic audio interface. Room and playing matter far more than the price of the microphone.
The signal chain is short and unglamorous: microphone, XLR cable, audio interface with phantom power, laptop, any DAW. A budget large diaphragm condenser and a two input interface will get you a usable recording. What separates a good home handpan recording from a bad one is almost never the converter quality.
Three things dominate the result, in this order. First, the room. A handpan sustains for several seconds, so every reflection in a small hard room stacks up on top of the note you are still hearing. Second, your playing. The instrument records every uneven slap, every accidental damp and every fingernail click, and none of it can be fixed later. Third, the microphone and its position.
Practical setup, in order. Kill the noise floor: fridge off, boiler off, phone in aeroplane mode, windows shut. Handpans are not loud, so you will be recording at reasonably high gain and the room’s hum comes with it. Put the instrument on a proper stand rather than your lap, so the height and angle stay constant across takes and so your legs are not damping the shell. Set gain so your loudest strike peaks around minus 12 to minus 6 dBFS, leaving headroom for the accidental hard hit that always happens on the good take.
Monitor on closed back headphones at low volume, or not at all. Handpan performances are often rubato, and hearing a click can flatten the feel, so consider recording free time and dealing with tempo later.
Record several complete passes rather than editing together fragments. The long decay makes edits audible: cutting into a ringing note leaves a step, and crossfades over a sustained metallic tone tend to produce a swirl you can hear.
REC-02Which microphones suit the handpan, and why?#
intermediate
Short answer. Small diaphragm condensers, ideally a matched pair, are the standard choice because the handpan is a fast transient instrument with a lot of detail above 5 kHz. Large diaphragm condensers give a warmer, more flattering single mic sound. Both work.
The handpan puts out a sharp percussive attack followed by a long, harmonically rich decay. The fundamentals of most tone fields sit roughly between 200 Hz and 1 kHz, the gu resonance and the ding fundamental sit lower, and there is a great deal of energy in the upper harmonics and in the metallic shimmer above 8 kHz. A microphone that struggles with fast transients smears the attack; one with a harsh top end exaggerates the ring.
Small diaphragm condensers. The default for percussion and the usual recommendation for stereo handpan recording. They track transients accurately and have even off axis response, which matters because you are capturing a wide, curved sound source. Commonly used models include the Rode NT5, the Oktava MK-012 and the Neumann KM 184. Matched pairs are sold for exactly this purpose.
Large diaphragm condensers. A single LDC over the instrument is the simplest good sounding setup there is. They tend to sound fuller and slightly softer in the top, which flatters an instrument that can already be bright. The AKG C414 and the Neumann U 87 are the classic studio examples; the Rode NT1 and Audio-Technica AT4040 are common affordable ones. Multi-pattern models let you switch to omni, which often sounds more natural at close range and avoids proximity boost on the gu.
Ribbons. Coles 4038 and Royer R-121 are used on percussion for their smooth top end and figure of eight pattern, which rejects sound from the sides. Ribbons suit handpans well if you have one, but treat them carefully: some vintage and passive designs can be damaged by phantom power, so check the manual before switching 48 V on.
Dynamics. A Shure SM57 or Sennheiser MD 421 will not capture the shimmer, but they are useful when the room is bad, when there is bleed from other players, or when you are recording somewhere noisy. Dynamics need to be close, which changes the tonal balance.
Cardioid is the sensible starting pattern. Omni sounds more open but hands you the whole room, which is only a gift if the room is good.
Short answer. Start with a single cardioid microphone about 50 cm above the ding, angled down and tilted slightly away from your hands, then move it before you reach for EQ. For stereo, a coincident XY or near coincident ORTF pair overhead is the safest choice.
Distance. Close placement, under about 30 cm, gives you attack, hand noise and a strong sense of a single tone field rather than the whole instrument. Distant placement, over about 1.5 m, gives you the blended instrument plus a lot of room. Most home recordings land between 40 cm and 1 m. Because the handpan radiates from the whole shell, moving too close means you are effectively recording one part of it and the balance across notes becomes uneven.
Height and angle. Above and slightly behind the instrument, looking down across the tone fields, is the standard position. Directly over the ding tends to over-emphasise the ding. Placing the microphone on the player’s side captures what you hear; placing it opposite captures more of the far tone fields and less of your breathing and clothing.
Stereo techniques.
XY. Two cardioids, capsules as close together as possible, angled around 90 degrees. Coincident, so it is completely mono compatible and has no phase problems. The stereo image is narrow but reliable. This is the recommended first stereo attempt.
ORTF. Two cardioids 17 cm apart at 110 degrees. Wider and more spacious than XY, still well behaved in mono. A very good compromise for a solo instrument.
Spaced pair. Two mics a metre or so apart, often omnis. The widest, most open sound and the most phase risk. Follow the 3:1 guideline, keeping the mics at least three times further from each other than from the source, and check the result in mono.
Capturing the gu. A separate microphone pointed at the gu port, from underneath or from the side at roughly 15 to 30 cm, picks up the port’s low resonance and the breathy air movement. It is a colour, not a foundation. Bring it up in the mix until you feel it, then back it off.
Always check polarity when using more than one microphone. Flip the polarity switch on one channel: if the low end suddenly gets fuller, leave it flipped.
REC-04How do I record in a normal room without it sounding boxy?#
intermediate
Short answer. Boxiness is early reflections and room modes, mostly between about 150 and 500 Hz. Move the instrument and the microphone away from walls and corners, put something soft behind and beside the mic, and get closer.
The word “boxy” describes what a small rectangular room does to a sustaining instrument. Parallel walls create standing waves that reinforce some frequencies and cancel others, and hard surfaces close by send reflections back into the microphone a few milliseconds after the direct sound, which the ear reads as a small hard container.
What actually helps, roughly in order of how much difference it makes for how little effort:
Move away from boundaries. Do not record in a corner, and do not put the instrument tight against a wall. A metre or more of clearance on the sides is worth more than most treatment you could buy. Avoid dead centre of a small square room, which is where modal cancellation is strongest.
Break the symmetry. Turn the instrument and the microphone at an angle to the walls rather than square on. It shifts the reflection pattern and often removes an obvious flutter.
Absorb the first reflections. Hang a thick duvet, a heavy curtain or a couple of blankets on the wall behind the microphone and on the nearest side wall. A full, disordered bookcase makes a decent diffuser. A clothes rail hung with coats placed behind the mic is genuinely effective and costs nothing.
Get closer and use cardioids. Halving the distance roughly doubles the direct sound relative to the room. A cardioid pointed away from the worst surface rejects a useful amount of it.
Choose a better room. Bedrooms with a carpet, a bed and full wardrobes usually beat living rooms with wooden floors. A larger room with hard surfaces can be fine because the reflections arrive late enough to read as reverb rather than boxiness. Stairwells, churches, underpasses and barns are worth trying if you can get access.
What does not help: adding reverb afterwards to mask it, or cutting hard at 300 Hz. A broad, gentle dip of 2 to 3 dB somewhere between 200 and 400 Hz can tidy a recording, but it cannot undo a comb filtered room.
Short answer. No. Plenty of well liked handpan recordings were made in ordinary rooms and outdoors. Treatment helps, but controlling early reflections with soft furnishings gets you most of the benefit for none of the money.
There is a difference between a treated room and a good sounding room, and the handpan community sometimes conflates them. Treatment is about predictability: absorbers at reflection points and bass traps in corners so that what you record resembles what the instrument actually sounds like. That matters enormously for mixing and mastering. For capturing a solo acoustic instrument, all you strictly need is enough direct sound relative to reflected sound, and a room whose reflections are pleasant rather than metallic.
If you do want to spend something, the order of return is fairly clear. Broadband absorption at the first reflection points beside and behind the microphone helps most. Corner bass trapping helps with the low modes that make the gu inconsistent from take to take. Foam tiles scattered thinly across a wall are the least useful thing you can buy: thin foam absorbs above roughly 1 kHz and leaves the boxy midrange untouched, which produces a dull room that is still boxy.
A cheap and surprisingly effective option is a portable vocal shield or a duvet tent behind the microphone. It kills the reflections arriving at the capsule while leaving the rest of the room alive.
Be careful not to overdo it. A completely dead room makes a handpan sound small and sterile, because so much of the instrument’s appeal is the way the sustain blooms. Many people record in a moderately live space deliberately and add little or no artificial reverb.
Outdoors deserves a mention. Field recordings in a forest, on a beach or in a stone courtyard can be beautiful, and the practical problems are wind, distant traffic and aircraft rather than acoustics. A basic windshield and a quiet hour early in the morning solve most of it.
REC-06Can I get a good recording with just a phone or a handheld recorder?#
beginner
Short answer. Yes for sharing and for video. A modern phone at about a metre away in a decent room produces something perfectly listenable. A handheld stereo recorder is a big step up and the cheapest real upgrade there is.
Phones do well on handpan for one lucky reason: the instrument’s level suits their built in microphones, and the sound is broadband and not especially loud. What lets phones down is threefold. Automatic gain control pumps the level during long decays, so the tail swells oddly. The low end is limited, so the gu and the ding fundamental are thin. And the microphones are close together in a small body, so the stereo image is narrow.
Practical phone tips that genuinely change the result:
Sit the phone about 0.8 to 1.2 m away, above the instrument if you can prop it, not on the same table or floor as the instrument.
Use an app that lets you lock the gain rather than the default camera app, if one is available for your device.
Do not record indoors near a corner, and do not record in a bathroom no matter how good it sounds in the room.
Keep hands, sleeves and jewellery away from the phone body, which transmits handling noise straight into the capsule.
Film in landscape if you plan to post the video anywhere other than a phone-first platform.
A dedicated handheld recorder is the sensible next step. The Zoom H series and the Tascam DR series are the familiar ones. They have a proper stereo pair, manual gain, and a low noise floor. Placed on a small tripod a metre from the instrument, one of these gets remarkably close to a modest microphone and interface setup, with none of the cabling.
An intermediate option is a small external microphone that plugs into the phone. There are lapel and shotgun designs made for phone video, and while a shotgun is not ideal for a wide instrument, almost any of them beats the internal capsules on low end and handling noise.
None of this changes the ranking from REC-01: a phone in a good room, played well, beats an expensive rig in a bad room played badly.
REC-07How do I capture the low gu without the recording turning to mud?#
advanced
Short answer. Separate the two low sources. The gu port resonance and the ding fundamental live in different places, and mud usually comes from room build up and proximity effect between roughly 150 and 350 Hz rather than from real low end.
The bottom of a handpan has more than one contributor. The ding has a low fundamental with its octave and duodecime above it. The shell as a whole has body modes. And the gu port behaves as a Helmholtz resonator, the same mechanism as blowing across a bottle, producing a low breathy resonance whose pitch depends on the cavity volume and the port dimensions. That gu resonance is felt as much as heard, and it is easily overwhelmed by room modes at similar frequencies.
Things that create mud, and their fixes:
Proximity effect. Cardioid microphones boost low frequencies as they get closer. A mic 20 cm from the ding will exaggerate 150 to 300 Hz noticeably. Back off, or switch the mic to omni, which has no proximity effect.
Room modes. Small rooms have strong modes in exactly this range. Moving the instrument half a metre often changes the low end more than any EQ. Record a quick test in two or three positions and compare.
Structure borne coupling. An instrument resting on a table, a resonant wooden floor or a hollow stand couples into that surface and adds an uncontrolled boom. Use a proper stand with a soft ring, and if the floor is suspended timber, put the stand on a rug or a slab of dense foam.
The gu mic itself. If you spot mic the port, expect it to sound wrong on its own: boomy, breathy, full of air noise. That is correct. It is a support layer. Roll off everything above roughly 200 to 300 Hz on that channel, high-pass it below about 40 Hz to remove rumble, and mix it under the main pair until the low end firms up. Check polarity against the overheads.
Cleaning up afterwards. A high-pass filter at 30 to 50 Hz removes traffic rumble and handling noise without touching anything musical. A broad cut of 2 to 4 dB centred somewhere between 200 and 350 Hz, found by sweeping a narrow boost until the boxiness jumps out and then cutting there gently, is usually all the corrective EQ a handpan needs. Resist scooping deeply: the warmth people love in the instrument lives just above that region.
REC-08How should I approach multitracking and overdubbing a handpan?#
advanced
Short answer. Plan around the sustain. Handpan notes ring for seconds, so stacked parts accumulate into a wash very quickly, and the fix is arrangement discipline rather than mixing.
The instrument’s decay is its blessing and its problem in a multitrack context. Two handpan parts playing comfortable middle register lines will overlap constantly, and by the third layer you have a permanent chord bed with no space in it. Professional-sounding handpan productions almost always allocate registers deliberately: one part carries the low pulse on the ding and low tone fields, another carries a sparse mid ostinato, and only one part at a time takes the melody in the upper fields.
Tempo and timing. Decide early whether the piece is metric or rubato. Solo handpan playing is often elastic, and forcing a click onto a rubato performance kills it. If you need overdubs on a rubato take, record the master performance first, then map the tempo in your DAW to that performance rather than the other way round. Most DAWs will let you tap a tempo map to an existing take.
Consistency between passes. Overdubs only glue if the captured tone matches. Mark the stand position and the microphone positions with tape before you start, do not change gain between passes, and do not move the instrument. Any change in mic distance changes the low end and will show up as a mismatch you cannot fix.
Doubling. Recording the same part twice and panning left and right works, but less well than on guitar. The metallic partials of two nearly identical performances beat against each other and produce a slightly seasick chorus. Try it, but be prepared to keep one take.
Two instruments. If you have two handpans, check them against each other before recording rather than assuming they match. Instruments from different makers, or the same instrument at different temperatures, drift enough to sound sour when layered. Handpans go sharp as they warm up, so let both sit in the room for an hour first.
Editing. Comping is harder than on most instruments. A cut in the middle of a ringing note is audible. Prefer whole-phrase punches placed at natural attack points, and if you must crossfade, do it under a struck note where the transient masks the join.
Bleed and hand noise. Overdubbing means the hand noise stacks too. Trimming and gently fading the silences on secondary layers cleans up more than compression will.
Jamming, ensembles, busking and performance: how a fixed-scale, quiet, sustaining instrument fits alongside other musicians and in front of an audience.
Two facts shape almost everything in this section. A handpan plays a fixed set of notes, so
harmonic compatibility with other players is something you check rather than assume. And a
handpan is quiet with a long decay, so it is easily buried and easily turned to mush.
The good news is that both constraints have straightforward answers. Write your actual note
list down and hand it to whoever you are playing with, rather than naming a scale they will
misunderstand. Amplify rather than hitting harder, because striking a handpan hard does not
make it much louder and can genuinely damage the tuning. And leave more space than feels
natural, because the sustain is already filling more of the bar than you think.
The performance pages are deliberately unromantic about money and about what busking is
actually like. The instrument is a wonderful busking tool and a wonderful ceremony instrument.
Neither of those is the same as a reliable income, and anyone quoting you a typical hourly
figure is guessing.
Playing a fixed-scale instrument with other musicians: who to play with, how to find common ground, and how to be heard.
ENS-01Which instruments pair well with a handpan?#
beginner
Short answer. Anything that either fills the space the handpan leaves empty, or plays freely enough to follow your scale. In practice that means sustaining melodic instruments, low drones, light percussion and voice.
The handpan’s characteristics dictate the answer. It occupies the middle register, it sustains, it has a fixed set of notes, and it is quiet. So the pairings that work best either sit outside its register, sit outside its harmonic constraints, or are quiet enough to sit beside it.
Voice. The most natural partner. A singer can meet any scale, adds the one thing the handpan cannot do (words and continuous pitch), and matches its volume. The only planning needed is finding a comfortable key.
Melodic wind instruments. Flute in its various forms, including bansuri, Native American style flutes and low whistles, plus clarinet, saxophone and duduk. They sustain, they sit above or below the handpan’s core register, and a player who can hear a scale can adapt. Native American style flutes are usually pentatonic minor and pair with minor handpan scales readily.
Drones and low instruments. Didgeridoo, shruti box, tanpura, cello, double bass, low fretless bass. A drone underneath a handpan is very effective because it supplies a tonal centre and lets the handpan float. Bass players in particular need to know your root and scale before they start.
Guitar, harp and piano. All excellent, all requiring some negotiation, because they can play notes your instrument cannot and will wander out of your scale if unwarned. See ENS-02.
Light percussion. Frame drum, cajon, shakers, udu, kalimba. See ENS-04 for how to avoid clashing.
Another handpan. The most obviously compatible partner in timbre and the least compatible in pitch, unless the scales are related. See ENS-05.
Harder pairings. A full drum kit, brass sections, amplified electric guitar and anything else loud will bury an unamplified handpan. That does not mean do not do it; it means amplify.
The genuinely useful question is not which instrument, but which player. A partner who listens, leaves gaps and asks what scale you are in will sound better on almost any instrument than a virtuoso who plays over you.
ENS-02How do I jam with a guitarist when my instrument is stuck in one scale?#
intermediate
Short answer. Tell them the root and the exact notes you have, and ask them to stay inside that set. A handpan is not a limited instrument in a jam, it is a specified one, and the constraint sits on them, not on you.
Start by knowing your own notes precisely, not just the scale name. Handpan scale names are inconsistent between makers, and “D Kurd” means a set of specific pitches, not a mode a guitarist will recognise. Write the notes down: for example, a common nine-note D Kurd is D3, A3, Bb3, C4, D4, E4, F4, G4, A4. Hand that list over. Any competent guitarist can work with a note list in a way they cannot work with a name they have not heard.
Then translate it. Most handpan scales map onto a familiar mode with a root. A Kurd layout is essentially D natural minor, which is D Aeolian, so the guitarist can think in D minor and stay in the same seven notes. An Integral or Celtic layout implies a different mode. A pentatonic layout is more forgiving still, because pentatonic scales fit over several chords.
What to ask the guitarist for. Simple, sustained chords built from your notes, with a clear tonal centre. In D minor, Dm, F, Gm, Am, Bb and C all use only your notes. Ask them to avoid the two things that most often break it: chords with notes you do not have, and capo changes that shift the key without telling you.
When keys do not match. If they want to play in a key you cannot reach, three options exist. They capo or transpose to your key, which is easy for guitar. You play sparsely and percussively, treating the handpan as a texture rather than a harmony instrument. Or you both accept a partial match, where your instrument supplies a modal drone that works against several of their chords, which is often more interesting than it sounds.
A subtlety worth knowing. Handpans are usually tuned to A = 440 Hz, but 432 Hz instruments exist and are common in some corners of the community. A 432 Hz instrument is roughly a third of a semitone flat against a standard-tuned guitar and will sound out of tune with it. Establish this before the first note, not during the second chorus.
ENS-03How do I accompany a singer and find a key that suits them?#
intermediate
Short answer. Ask the singer to sing the song unaccompanied, find their tonic on your instrument, and see whether it lands on a note you own. If not, either they move or you play texturally.
Singers are more flexible than guitarists in some ways and less in others. They can meet any scale by ear, which is a huge advantage. But their comfortable range is a physical fact, and asking someone to sing a fourth higher than suits them ruins the performance.
The practical procedure. Have them sing the melody with no accompaniment. Find the note they finish on, which is usually the tonic. Play it on your handpan. Three outcomes:
It is your root. Excellent, play normally.
It is another note in your scale. Often still workable, since it means the song sits in a different mode of your scale. A song whose tonic is the fifth of your Kurd instrument sits in a Phrygian-flavoured space, which suits some material and not others.
It is not on your instrument at all. You cannot play it. Ask if they can move.
When a singer can move. Most can shift a whole tone either way without much loss, and many can shift more once the song is not tied to a recorded version. The phrase to use is “can you try it starting on this note”, played rather than named.
When they cannot move. Play percussively rather than melodically. Handpan shoulder strokes, gu hits and muted taps carry a groove without asserting pitch. A drone on a note the two keys share can also work. Both are honest musical solutions, not consolation prizes.
Register and arrangement. The handpan sits right in the middle of most vocal ranges, which is exactly where a voice needs space. Play sparsely under the verses. Save the higher tone fields and busier patterns for instrumental sections. Resist the temptation to keep a continuous rippling ostinato going underneath a lyric: it is beautiful alone and exhausting under a singer.
Buying with singers in mind. If accompanying a specific singer is a priority, choose the instrument’s scale around their range rather than buying the scale you like and hoping. This is one of the few genuinely strong arguments for a particular scale.
ENS-04How do I play with djembe, cajon or frame drum without clashing?#
intermediate
Short answer. Agree who holds the pulse and who decorates it, and keep out of each other’s register. Most handpan and percussion clashes are two people both playing busy syncopation in the same frequency band.
The handpan is a percussion instrument with pitch, so playing it against other percussion means solving both a rhythmic and a spectral problem.
Rhythmic roles. Decide explicitly, out loud, before you play. The usual working arrangement is that the drummer holds a steady, fairly simple groove and the handpan plays melody and syncopation over it. The reverse also works, with the handpan laying a repeating ostinato while the drummer improvises. What does not work is both people improvising rhythmically at once, which is what usually happens in an unplanned jam and is why so many of them turn to soup.
Register and dynamics. A djembe bass tone and a cajon bass both live around 60 to 120 Hz, below your instrument, which is good. Their slap tones live at 2 to 5 kHz, which is exactly where your attack lives, and that is where the mush comes from. If you are being drowned, it is almost always slaps. Ask the drummer to favour tone and bass strokes and use slaps as accents rather than as the constant top layer. A frame drum is much easier to sit alongside because its whole voice is lower and softer.
Volume. A djembe played with full slaps is dramatically louder than a handpan. Ask for a genuine reduction in dynamic level, not just intention. If the drummer cannot play that quietly, either amplify or change instruments; a cajon played with brushes or a frame drum will fix it in a way that willpower will not.
Space. The single most effective request is to leave the downbeat and the space around it partly empty. The handpan’s long decay means each of your notes keeps sounding through the following beats, so a groove that sounds sparse when you play it alone is already fairly full.
Tempo. Handpans are hard to play very fast cleanly, and drummers naturally push. Agree the tempo, and consider counting it in yourself.
ENS-05Can two handpans in different scales play together?#
intermediate
Short answer. Sometimes, and it depends entirely on how many notes the two sets share. Compare actual note lists, not scale names. Two instruments sharing a root or sharing six or seven notes will work; two unrelated scales will not.
The check is arithmetic. Write out both note lists and count the overlap.
Same scale, different instrument. Easiest case, and the most common in handpan duos. The differences are octave placement and any extra bottom or top notes, which are an asset rather than a problem: one player can take the low register and the other the high.
Related scales. Many pairs turn out to be modes of the same collection. A D Kurd (D natural minor) and an F major instrument contain the same seven pitch classes, so they are fully compatible, just with different tonal centres. Similarly, instruments a fifth apart often share six of seven notes. This is where most successful mixed-scale duos live.
Overlapping but not identical. Where the sets share five or six notes, you can play together by staying on the shared notes and treating the differing ones as forbidden. It restricts both players but produces real music. Write the shared notes down and mark them on the instruments with a small piece of tape until you internalise them.
Unrelated scales. A D Kurd and an E Hijaz will produce dissonance you did not choose. You can still play together rhythmically, with one player muting or playing gu and shoulder strokes only, but harmonically it is a losing fight.
Two considerations that catch people out. First, tuning reference: a 432 Hz instrument and a 440 Hz instrument will not work together no matter how well their scales match. Second, temperature: handpans drift slightly sharp as they warm, so two instruments that have been in different environments can be audibly apart until they settle. Let both sit in the same room for half an hour.
Buying a second instrument. If duo playing is the goal, the practical advice is to choose the second instrument for compatibility with the first rather than for novelty, either the same scale in a different register or a mode of the same collection.
ENS-06What is the etiquette at drum circles and open jams?#
beginner
Short answer. Listen for a full cycle before you play, support the existing groove rather than starting a new one, and accept that in a loud circle the handpan is a texture nobody can hear rather than a lead instrument.
Drum circles and handpans have a mixed relationship. The instrument attracts enormous attention when it appears, which is pleasant for about ten minutes and then becomes its own problem, because a circle of djembes will bury it and a circle of people who want to touch it will not stop asking.
The basic etiquette, which is not handpan specific.
Arrive, sit down, and listen through several cycles of whatever is happening before you make a sound.
Play into the existing groove. Do not start a new tempo or a new feel because you have an idea.
Match the dynamic of the circle rather than fighting it.
Do not solo unless invited or unless the circle has clearly opened space.
If the groove collapses, stop and let it rebuild rather than trying to rescue it with more notes.
Handpan specifics.
Expect to be inaudible in a circle of more than about six loud drums. If you want to be heard, sit near the quieter players, or bring a small battery-powered amp and use it modestly.
Your scale is fixed and probably minor. In a circle with other pitched instruments, say your root out loud early.
Consider what you contribute that nobody else can: a sustained tonal centre, a melodic hook, or the gu as a bass voice. Duplicating what six drummers already provide adds nothing.
The instrument-touching problem. Handpans invite hands. Decide your policy in advance and state it kindly rather than being caught off guard. Many players allow supervised playing with clean hands and no rings, and simply say so before it becomes awkward. Others do not, which is entirely reasonable given that a hard strike with a ring can damage the tuning.
Practical care in a circle. Keep the instrument on a stand rather than on the ground, keep the case shut and out of the walking path, and do not leave it unattended. See ENS-12 for more on this.
ENS-07How loud is a handpan compared with other instruments, and how do I avoid being buried?#
beginner
Short answer. Roughly in the region of an acoustic guitar or a quiet hand drum, and far below a djembe, a drum kit or a brass instrument. If you are playing with anything loud, amplify rather than hitting harder.
Precise figures are unhelpful because they depend on the instrument, the striking technique and the distance, but the ranking is stable and useful. A handpan played musically sits somewhere near a fingerpicked acoustic guitar or a frame drum. A cajon is louder. A djembe with slaps is much louder. A drum kit played at rock dynamics is in another category entirely, as are trumpet, saxophone and any amplified instrument.
The trap. The instinctive response to being inaudible is to play harder. On a handpan this fails twice over. The instrument does not get much louder past a certain point, because the tone fields have a limited excursion. And hitting harder changes the tone for the worse, pushing the note sharp momentarily, exciting unwanted partials and producing a harsh clang instead of a note. Worse, sustained hard striking is genuinely one of the ways instruments get detuned. Playing loud is a false economy that can cost you a retune.
What actually works.
Amplify. A pickup and a small speaker solves the problem permanently. See the recording and amplification section.
Ask for less. In an acoustic setting, one conversation about dynamics is worth more than any technique. Most musicians will happily play softer if told the handpan is inaudible; they usually just cannot tell from where they sit.
Change register and rhythm. You are more audible playing in the gaps than playing over the top. A note placed in a rest cuts through at a fraction of the effort.
Move. Physical position in a circle or on a stage changes your audibility more than you expect. Getting off the floor onto a stand and away from soft surfaces helps too.
Choose the ensemble. Some combinations simply do not work acoustically, and recognising that early saves a lot of frustration.
Position and projection. The handpan radiates upwards and outwards from the top shell, and its perceived level is much higher for the player leaning over it than for anyone sitting two metres away. Do not judge your own volume from the playing position; ask someone.
Short answer. Treat the loop as another musician with a fixed part: build it deliberately, leave it space, and know how to get rid of it. The technical side is easy; the musical discipline is not.
A looper turns a solo handpan player into an ensemble, which is why so many players end up with one. It also introduces problems that a human partner would solve for you, and being aware of them is most of the skill.
Build from the foundation up. Record the pulse first, typically gu strokes and low tone fields, because everything you play afterwards is anchored to the timing of that first pass. A rushed first bar is permanent. Many players record a four-bar foundation rather than one bar, so that small timing errors are diluted and the join is less obvious.
Leave more space than feels right. The handpan sustains, so a loop of ringing notes is already dense before you play a single live note over it. A loop that sounds sparse and slightly empty on its own is usually the correct density. The most common failure in handpan looping is three full-sounding layers with nowhere for the melody to go.
Register discipline. Give each layer its own territory: low pulse, mid ostinato, high melody. If two layers occupy the middle, the loop turns to a wash and you lose the thing that makes handpan playing beautiful, which is the clarity of individual notes.
Dynamics. Loops repeat at a constant level forever, which is unmusical. If your looper allows per-track volume control by foot, use it: bringing the ostinato down under a melody and back up for a chorus is what makes a looped piece sound arranged rather than automatic.
Know how it ends. Decide before you start what the exit is. Fade the layers out one at a time, or stop everything on a struck note, or undo the top layer and end on the foundation. A loop that just gets switched off at the end of a piece is the audible sound of running out of ideas.
Practise the footwork silently. Both your hands are on the instrument and you are leaning forward, so the physical action of hitting a footswitch accurately on a downbeat is harder than it is for a standing guitarist. Rehearse start, close, undo and stop until they are automatic, then add music.
Streets, weddings, yoga studios and stages: what performing with a handpan is actually like, and how to do it without losing money or your instrument.
ENS-09Is a handpan good for busking, and what actually happens when you do it?#
beginner
Short answer. Yes, unusually good. It is visually unfamiliar, it sounds pleasant to nearly everybody, and it stops people. What actually happens is that you spend as much time answering questions about the instrument as playing it.
The handpan has a genuinely rare combination of busking advantages. Most passers-by have never seen one, so it earns a second look. The sound is consonant and gentle, so it rarely irritates neighbouring traders in the way that a loud brass instrument does. It needs no power, no tuning up and no setup time. And it looks good on a phone camera, which is how a large share of busking income and follow-on work now arrives.
It also has real disadvantages. It is quiet, so a windy street corner or a busy road destroys it. It is expensive and portable, which is a bad combination in a crowd. And its repertoire is largely instrumental and slow, so it draws people who stop and listen rather than people who walk past and drop a coin, which changes the economics.
What the experience is actually like. A significant proportion of your time goes on conversation. People will ask what it is, where it is from, how much it cost, whether they can try it, and whether it is a UFO. Decide in advance how you want to handle each of those, particularly the last two. Many players find that being open and friendly earns far more than playing continuously does, because the connection is what people pay for.
You will get children who want to touch it, which is charming and is also how instruments get hit with rings and keys. You will get people who film you for twenty minutes and give nothing, and people who listen for one minute and give a note. You will get occasional strong emotional reactions, because the instrument does that to some people. You will also get long stretches where nobody stops at all, and that is normal.
Weather and setting. Wind is the enemy: it robs the sound and makes an open microphone unusable. Shelter matters more than footfall. Covered arcades, underpasses, archways, station concourses and stone courtyards are ideal, because the natural reverberation flatters the instrument and the shelter protects it.
ENS-10What do I need to know about permits, pitches and practicalities?#
intermediate
Short answer. Rules are local and vary enormously, so check the specific council, city or transport authority before you play. Amplification is the thing most often restricted, and unamplified acoustic playing is the most commonly permitted.
The legal landscape is genuinely fragmented. In the United Kingdom, busking is broadly lawful in public places, but individual local authorities operate their own schemes, and some use Public Spaces Protection Orders to restrict amplification, hours or specific streets. Transport for London runs a formal licensed scheme for the London Underground, with pitches at central stations allocated through periodic auditions rather than on a first-come basis. Many European cities operate permit or lottery systems with daily or seasonal fees. Some North American cities require a permit and a background check for certain locations, while others require nothing at all. Do not generalise from one city to another, and do not take another busker’s word for the rules without checking.
What to check before you go.
Does this location require a permit or licence, and how long does it take to get?
Is amplification allowed, and at what level?
Are there time restrictions, quiet hours or maximum durations at one pitch?
Are there designated pitches, and is there a rotation convention?
Is the space actually public? Shopping centres, station forecourts and privately managed squares often look public and are not.
Pitch etiquette, which is enforced socially rather than legally. Do not set up within earshot of another busker. In cities with established scenes there is usually an accepted rotation, often an hour or two per performer, and asking politely gets you into it. Do not take a pitch that someone has clearly gone to get lunch from. Stay clear of shop doorways, cash machines and pedestrian flow. Introduce yourself to nearby shopkeepers, since they are the ones who will call the council if you become a nuisance, and they are also the ones who will look after your pitch if you are pleasant to them.
Practical items. A weighted or wide-based stand, a small mat to define your space, a container that is visible but not greedy-looking, a card with your name and social handles, and a way to take contactless or QR-code payments. Cash has been declining for years, and a visible payment code demonstrably matters more each year.
Short answer. Wildly variable, and nobody should plan around a number. Reported earnings for handpan buskers commonly fall somewhere between roughly nothing and the equivalent of a decent hourly wage, with occasional exceptional days. Treat all figures, including these, as anecdotes rather than data.
There is no reliable published research on handpan busking income, and the figures that circulate in forums and shop blogs are self-reported, unverifiable and heavily skewed towards good days. What can be said honestly is the shape of the distribution rather than its value.
What the shape looks like. Income is not steady. Most experienced buskers describe a pattern of many mediocre sessions punctuated by occasional very good ones, with the good days often driven by a single large donation or by a busy tourist event. Averaging over a month gives a very different and much lower number than remembering the best afternoon.
The variables that actually move the number, roughly in order of importance:
Location and footfall. A tourist thoroughfare in high season and a suburban high street in February are different jobs.
Season and weather. Summer and December tend to be strongest in most northern cities. Rain zeroes a day.
Time of day. Early evening, when people are relaxed and out for the evening, generally beats mid-morning.
Engagement. Eye contact, a smile and a willingness to talk consistently outperform technically better playing done with your head down.
Payment options. The presence of a working card or QR payment option matters increasingly, because fewer people carry cash.
Sales. Physical CDs, cards and merchandise often contribute more than coins, and a visible price is important.
The honest caveats. Busking income is irregular, weather-dependent and in most countries taxable. It is a poor basis for planning fixed costs like rent or instrument finance. Many players describe it more usefully as paid practice and as marketing: the videos, the mailing list sign-ups and the wedding or event bookings that come from a street audience are frequently worth more than the money in the hat.
What not to believe. Any source that quotes a specific hourly figure as typical is generalising from a small sample, usually its own. Treat “handpan buskers make X per hour” content with the same scepticism you would apply to any other income claim used to sell something.
ENS-12How do I protect my instrument when playing in public?#
beginner
Short answer. Keep it on a stand and never out of arm’s reach, keep the case closed, set a clear policy on strangers playing it, and insure it. The realistic risks are accidental damage and opportunist theft, in that order.
A handpan is a four-figure instrument that a person can pick up with one hand and walk away with. That is worth taking seriously without becoming paranoid about it.
Theft. Opportunist theft happens when the instrument is unattended or when you are distracted. The practical measures are simple. Never leave it while you go for a coffee, however friendly the pitch feels. Keep the case closed and behind you rather than open beside you, because an open case with an instrument in it is an invitation. If someone engages you in an unusually persistent conversation while a second person hovers near your bag, be alert; the distraction pattern is common in busking spots. Record the serial number and any maker identification, and photograph the instrument, so that a stolen instrument is traceable. Handpan communities are small and stolen instruments are quite often recovered when they appear for resale, which only works if you can prove what yours looked like.
Accidental damage. More common than theft and more frequently self-inflicted. Use a proper stand rather than resting the instrument on the ground or on a wall, where it can be kicked or knocked over. A handpan on a low stand is at exactly the right height for a running child. Keep bags, water bottles and coins away from the playing surface, since a coin tossed into a case can land on a tone field and dent it.
Letting strangers play. This will be asked constantly. Whatever you decide, decide it in advance and say it clearly and warmly. If you do allow it, the sensible conditions are clean and dry hands, no rings, watches or bracelets, no fingernails, and you demonstrate the touch first. A hard strike from an enthusiastic adult can measurably move the tuning, and that is a real cost.
Weather. Rain and salty coastal air are corrosion risks, particularly on nitrided carbon steel. Wipe the instrument down before it goes back in the case, and do not case it wet. Direct sun raises the pitch temporarily and can make an instrument uncomfortably hot to touch.
Insurance. Specialist musical instrument insurance is inexpensive relative to the value, and standard home contents policies often exclude items used commercially or taken outside the home. Read the exclusions before you rely on it.
ENS-13What is involved in playing weddings, yoga classes, sound baths and events?#
intermediate
Short answer. These are the most reliable paid work available to a handpan player, and they are service jobs rather than concerts. The musical demands are modest; the professional demands, meaning punctuality, contracts and reading the room, are the actual skill.
Weddings and ceremonies. The handpan suits ceremony music, drinks receptions and background dining sets. What the client wants is atmosphere, reliability and someone who will not upstage the occasion. Practicalities matter more than repertoire: confirm the timings in writing, arrive early, know exactly where you set up, plan for rain if it is outdoors, and agree what happens if the schedule slips by an hour, which it will. Expect requests for specific songs, and be honest about whether your instrument’s scale can play them, because many popular pieces cannot be played on a fixed nine-note minor scale.
Yoga classes. Usually live accompaniment during practice or during the closing relaxation. The brief is to stay out of the way: consistent volume, no sudden dynamic changes, no surprising harmonic moves, and awareness of the teacher’s cues. Playing continuously for an entire class is more tiring than it sounds, and the discipline is repetition rather than invention. Pay tends to be modest and often works better as a regular weekly slot than as a one-off.
Sound baths and relaxation sessions. The handpan appears frequently alongside singing bowls, gongs, chimes and shruti box. Two honest points are worth making. First, the work is real and people value it. Second, the claims made in marketing around these events, about specific frequencies healing specific conditions or about 432 Hz being scientifically superior, are not supported by evidence. You can facilitate a genuinely restorative session without making claims you cannot back. Practically, be aware of your own volume: a sudden loud strike over people lying with their eyes closed is unpleasant.
Corporate and general events. Drinks receptions, gallery openings, retail launches, wellness days. Usually the best paid and the least musically satisfying. Get a written agreement covering fee, hours, breaks, parking, power and a cancellation policy.
Getting the work. Most of it arrives through visibility rather than applications: video, a simple website with a contact form, local wedding directories, relationships with yoga studios and event planners. Buskers convert street audiences into bookings surprisingly often.
ENS-14How do I structure a solo set and hold an audience?#
advanced
Short answer. Vary the things a handpan can vary, which are tempo, density, register and dynamics, and change one of them roughly every ninety seconds. A solo handpan set fails through sameness, not through poor playing.
The instrument’s greatest weakness in performance is its uniformity. One timbre, one scale, one register, one attack. Ten minutes in, an audience that was enchanted at the start has stopped hearing it. Everything below is about defeating that.
Structural variety.
Tempo. Have genuinely fast pieces and genuinely slow ones, not five pieces at a comfortable mid tempo. This is the single biggest lever.
Density. A piece that is mostly space next to a piece that is a continuous ripple.
Register. Sit low on the ding and gu for one piece, live in the upper tone fields for another.
Technique. Shoulder strokes, rim taps, gu bass, muted notes, brushes or mallets if you use them. Each one reads to an audience as a new colour.
Silence. Full stops between pieces, and rests inside them. Handpan players tend to fill everything, and the sustain means the audience needs the gaps more than you think.
A workable shape for a thirty-minute solo set. Open with something rhythmic and clear that establishes competence and rhythm, since audiences settle faster to a pulse. Move into something slower and more melodic while you have their attention. Talk briefly, because the questions people have about the instrument are a genuine part of the show and answering them once at minute eight prevents distraction later. Then the most adventurous piece, whether that is a loop build, a duo, or your fastest playing. Then a quiet, simple piece as contrast. Finish with your strongest and most memorable material.
Talking. Say something. A silent forty minutes is hard for an audience, and a handpan audience genuinely wants to know what the instrument is. Keep it short, keep it factual, avoid the mystical origin stories that are not true, and mention the real history briefly if it interests you: the instrument is a recent invention, first made in Switzerland in 2000, and that story is more interesting than the invented ones.
Physical presence. You are seated and looking down, which is the worst possible posture for connection. Lift your head between phrases, look at people, and set up so you are not hiding behind the instrument. Lighting from the front rather than above helps enormously.
Ending. Know your last note before you start the last piece. Handpan improvisation has a habit of not stopping.
What the instrument asks of your hands, your back and your ears, and what to do when any of them complain.
The handpan has a reputation as a gentle instrument, and mostly it deserves it. The stroke is
light, the contact is brief, and there is no grip, no clamping and no sustained pressure
anywhere in the technique. Compared with a djembe, a drum kit or a violin, it asks very little
of the body.
The catch is that it is also unusually forgiving of bad technique. Press instead of bounce,
grip instead of relax, hit twice as hard as needed, hunch to reach the far notes: the
instrument still rewards you with an acceptable sound. So nothing corrects you, and players
can accumulate months of unnecessary load before anything hurts. Almost every answer in this
section comes back to the same two variables: how much force you are using, and how long you
are holding a position without moving.
On hearing, this section tries to be honest about a subject where the internet is not. There
is very little published sound level measurement for the handpan specifically, so the figures
here are ranges with caveats attached rather than confident numbers. The genuine hearing risk
for handpan players is almost never the acoustic instrument. It is monitors, PAs, group jams
and, for practitioners, running sound sessions all day.
Nothing here is medical advice. Where a question touches pregnancy, arthritis, an existing
injury or a child, the answer is written to help you describe the activity accurately to
someone qualified, not to replace them.
12 Community and culture for sound baths, music therapy and what the evidence on music and wellbeing does and does not support.
11.1 - Hands, soreness and injury
Sore fingertips, calluses, tendon strain, warm ups that earn their place, and playing with arthritis, small hands or an existing injury.
BOD-01Does playing the handpan hurt your hands, and should it?#
beginner
Short answer. Mild fingertip tenderness in the first weeks is normal and settles. Anything sharper than that, anything in the wrist, forearm or thumb base, and anything that lingers after you stop playing is a technique problem or a volume problem, not a rite of passage.
The handpan is unusual among percussion instruments in that the thing you strike is thin, springy steel that gives back almost all of the energy you put in. Played correctly, the hand is barely doing work. The stroke is a drop and a rebound: the finger falls, the steel returns it, and the hand leaves. Contact time is a few milliseconds. Under those conditions the instrument is one of the gentlest percussion instruments on the body, far kinder than a djembe, a cajón or a drum kit.
The trouble is that the handpan is also extremely forgiving of bad technique. Press into the steel instead of bouncing off it and you still get a note, just a duller one. Grip your fingers rigid and you still get a note. Play twice as hard as needed and you get a louder note that most listeners will accept. So the instrument does not correct you the way a violin or a trumpet does, and players can accumulate months of unnecessary impact before anything complains.
That is where pain comes from. Almost always one of four things: striking with locked, straight fingers so the impact travels up the finger instead of being absorbed by the joints; hitting far harder than the instrument needs; hunching or reaching so the shoulder and forearm are working to hold position; or simply playing for two hours on day three when your tissues have had no time to adapt.
The useful distinction is between soreness and pain. Soreness is diffuse, sits in the pads of the fingertips, appears during or shortly after playing, and is gone the next morning. Pain is sharp or specific, points to a joint or a tendon, and outlasts the session. Soreness you can play through in moderation. Pain means stop, and see BOD-06.
Nothing about the instrument requires you to hurt. If it hurts consistently, something is wrong and it is fixable.
BOD-02Why are my fingertips sore, and does it get better?#
beginner
Short answer. Because you are repeatedly striking hardened steel with soft tissue that has never done this before, and yes, it settles within a few weeks for almost everyone. If it is not settling after a month, look at how hard you are playing.
The soreness is straightforward tissue response. The fingertip pad is fat, connective tissue and nerve endings under skin, and it is not accustomed to hundreds of small impacts an hour. In the first sessions you will feel a warm, slightly bruised sensation across the pads, sometimes worst on the index and middle fingers of your dominant hand because that is where beginners concentrate their strokes.
A few things change over the first month or two. The skin thickens slightly. The tissue adapts. More importantly, your technique improves without you noticing: you stop over hitting, your strokes get more efficient, and the ratio of sound to impact goes up. Most players report the tenderness effectively disappearing somewhere between two and six weeks of regular playing. It comes back briefly after a long layoff, and after unusually long sessions, and that is normal.
Things that make it worse and are worth checking. Cold hands are the biggest one: cold tissue is stiffer, less elastic and bruises more easily, so a genuinely cold room is a bad place to start playing hard. Striking with the fingertip bone rather than the pad concentrates force on a tiny area; the flat of the last finger joint, or the pad slightly off centre, spreads it. Straight, locked fingers transmit impact into the joint instead of letting the soft tissue absorb it. Long nails change the contact point and can also chip and click on the steel.
There is one situation where soreness is not just adaptation: if it localises into a specific finger joint rather than the pad, or if a joint swells, that is a different problem and worth taking seriously.
The general rule is the one from any physical training. Increase gradually. If you have a new instrument and the temptation is to play three hours a day, split it into shorter sessions with real breaks, and expect the first fortnight to feel like the hands are catching up. They are.
BOD-03Do I get calluses from playing the handpan?#
beginner
Short answer. Not really, not in the way guitarists do. Handpan players usually develop a slight general thickening of the fingertip skin rather than distinct hard pads, and if you are building thick calluses it usually means you are hitting too hard.
The difference is in the mechanics. A guitarist presses a thin steel string into the fingertip and holds it there under sustained pressure, which is exactly the recipe for localised hyperkeratosis: the skin thickens where it is repeatedly compressed. A handpan player makes brief, broad, low pressure contact with a large smooth surface and leaves immediately. The stimulus for callus formation is much weaker.
What most players actually get is a subtle change in skin texture across the pads and the side of the index finger, and a mild loss of sensitivity that they only notice when they stop playing for a few weeks and it returns. Some players who use a lot of slap and rim work develop a firmer patch on the side of the thumb or the outer edge of the hand, which is closer to a genuine callus.
If you are developing hard, thick, visible calluses, treat that as diagnostic rather than as a badge of progress. It suggests either very high impact playing, striking with a very small contact area, or a lot of friction technique. Friction and rubbing strokes across the steel do produce more skin change than ordinary striking, so players who use them heavily are the exception here.
Practical care, such as it is. Do not deliberately try to build calluses; there is nothing to gain, and thick dry skin actually reduces the tonal control that fine tip contact gives you. If skin does get dry and starts to split, ordinary hand cream after playing rather than before is right, since moisturised fingers before a session make the tip slip and dull the attack. Keep nails short enough that they do not contact the steel. If a callus catches or tears, file it flat rather than picking it, and give it a day.
One more thing worth saying: because the handpan needs so little force, sensitivity in the fingertips is an asset. Anything that permanently deadens them is working against your playing.
BOD-04How do I avoid RSI, tendonitis and wrist strain?#
intermediate
Short answer. Play quieter than feels natural, let the wrist and fingers stay loose, keep the forearm roughly neutral rather than sharply bent, take real breaks, and increase your playing time gradually. Almost all handpan strain comes from force, from held tension, or from doing too much too soon.
Playing related musculoskeletal disorders are common across all instrument families, and percussionists are not exempt. The Percussive Arts Society names the usual culprits directly: loud dynamics, high speed, tight grip tension, long sessions without adequate rest, and abrupt increases in practice load. The two conditions it flags most for percussionists are lateral and medial epicondylitis (tennis and golfer’s elbow, from repetitive gripping and forearm rotation) and carpal tunnel syndrome, which shows up as pain, aching, numbness and tingling in the hand with reduced grip strength.
Translated to the handpan, the specific things to watch:
Force. The single biggest factor. The instrument reaches its useful dynamic ceiling well before your hand reaches its force ceiling, and past that point you are adding strain, not volume. If you want to sound louder, work on stroke quality, positioning relative to the audience, or amplification, not on hitting harder.
Grip tension. Watch for fingers held rigidly extended or curled between strokes. The hand should be soft and loose between contacts. Tension held continuously through a 40 minute session is far more damaging than the strikes themselves.
Wrist angle. The wrist should stay close to neutral. Sharp extension (knuckles pulled back) or sharp flexion narrows the carpal tunnel and loads the tendon sheaths. If your setup forces a bent wrist to reach the far notes, the setup is wrong, not your wrist. See BOD-09.
Reach. Twisting or leaning to reach across the instrument puts the shoulder and forearm into sustained isometric work. Move the instrument, not your spine.
Load progression. A new handpan produces a very predictable injury pattern: someone who has never played percussion goes from zero to two hours a day inside a week because they are enchanted. Tendons adapt more slowly than enthusiasm. Build up over weeks.
Breaks. Five minutes of hands off, shake out, per 25 to 30 minutes of playing. Not scrolling on a phone, which is its own hand load.
Thumbs. Players who use a lot of thumb strikes or slaps should watch the base of the thumb specifically; it is a frequent site of trouble and easy to ignore until it is not.
None of this is exotic. It is the same advice given to every instrumentalist, and it works.
BOD-05What warm ups and stretches are actually worth doing?#
intermediate
Short answer. A few minutes of gentle movement to raise tissue temperature, then very quiet playing that gradually gets louder. Static stretching held before playing is the part most commonly recommended and least well supported; save any real stretching for after.
Here is the honest position on the evidence. There is good general support for warming up before physical activity, in the plain sense of getting blood into the tissue and moving the joints through their range before loading them. Professional bodies including the Percussive Arts Society recommend daily warm ups and cool downs as part of injury prevention. What is much weaker is the specific claim that pre performance static stretching prevents injury; the sports medicine literature has been unenthusiastic about that for two decades. So the sensible structure is movement first, playing second, stretching last if at all.
A warm up that earns its place, in about five minutes:
Get warm literally. If your hands are cold, warm them. Run them under warm water, sit on them, do anything. Cold tissue is stiff tissue. This matters more than any exercise on this list.
Shake and circle. Loose shaking of the hands and forearms for 20 seconds. Slow wrist circles both directions. Slow shoulder rolls back. Open and close the fists gently a dozen times.
Quietest possible playing. Two or three minutes of playing so softly that the notes barely speak. This is the real warm up. It heats the tissue through the exact movement pattern you are about to use, and it happens to be excellent technique practice, because playing at the threshold of audibility forces a clean bounce.
Build volume gradually. Come up to your normal dynamic over another minute or two rather than starting there.
Afterwards, and only afterwards, gentle stretches are reasonable if they feel good: forearm flexors (arm out, palm up, fingers drawn gently back), forearm extensors (palm down, fingers drawn gently down), and a slow open and close of the hand. Hold anything easy, nowhere near painful, and do not bounce.
Two things not to do. Do not aggressively stretch fingers backwards to “loosen” them; the small joints of the hand do not need it and can be irritated by it. And do not treat a warm up as a substitute for playing quietly during the session itself, which is where most of the protection actually comes from.
Going deeper. Some players find general grip and forearm conditioning helpful, and the PAS does list strength work among its prevention recommendations. If you go that way, keep it well away from your playing sessions and treat it as general robustness rather than handpan specific training.
BOD-06What should I do if the pain does not go away?#
intermediate
Short answer. Stop playing, do not try to push through it, and if it persists for more than a week or two of rest, or involves numbness, tingling, weakness or swelling, see a clinician. Ideally one who has treated musicians.
The most common mistake musicians make with overuse pain is negotiating with it. They reduce practice slightly, change one thing, and keep going, because stopping feels like losing ground. Overuse injuries respond very badly to this. The tissue needs a genuine break from the aggravating load, and partial rest often extends the problem for months.
A reasonable sequence:
Stop the aggravating activity properly. Not “play more gently”, at least at first. Actually stop for a few days and see what happens. If the pain resolves quickly and completely with rest, that is informative and reassuring.
Look for the cause before you resume. Almost always it is one of the things in BOD-04: too much force, held tension, a bad wrist angle, a sudden increase in playing time, or reaching. Film yourself playing. Players are usually wrong about what their hands are doing, and video settles it faster than any amount of introspection.
Return gradually. Come back at a fraction of your previous volume and duration and build over weeks, at whatever intensity stays pain free. If pain returns at the same point, that is your answer about load.
Escalate if any of these apply. Numbness or pins and needles in the fingers, particularly if it wakes you at night. Weakness or dropping things. Visible swelling. A joint that is hot. Pain that does not change with rest. Pain that has lasted more than a couple of weeks. Any of these deserve a professional opinion rather than another month of internet advice.
Who to see. A GP is the usual first door, but a physiotherapist or hand therapist with experience of musicians is often more useful, because they will look at your playing rather than only your symptoms. In some countries there are dedicated performing arts medicine clinics. If you can get to one, do.
What to avoid: anti inflammatories used as a way to keep playing through pain, which masks the signal that is protecting you, and any “cure” that promises to fix an overuse injury without changing the load that caused it.
The good news is that the great majority of handpan related complaints are early stage, load related and reversible. Caught in the first weeks, they usually resolve completely. Ignored for a year, they are a much harder problem.
BOD-07Can I play with arthritis, small hands or an existing hand injury?#
beginner
Short answer. Very often yes, and the handpan is one of the more accessible instruments for exactly these situations, because it needs almost no force, no grip, no fine finger independence and no stretching between notes. But it depends on the specific condition, and this is a question for your clinician, not for a knowledge base.
Take the three cases separately.
Arthritis. Many players with osteoarthritis in the hands find the handpan manageable and some find it more comfortable than instruments requiring sustained grip or pressure, because the handpan stroke is brief, light and involves no holding. There is no clamping, no bar pressing, no weight bearing through the joints. That said, arthritis varies enormously in type, joints affected and activity. Inflammatory arthritis in a flare is a different situation from stable osteoarthritis in one thumb. Things that generally help: playing very quietly, using the flat pad rather than the tip, using more of the hand surface (flat hand strokes, forearm damping) to spread load, shorter sessions more often, and warmth before playing. Playing during a flare is usually a bad idea. Ask a rheumatologist or hand therapist who knows your case.
Small hands. Genuinely not a barrier. The handpan does not require reach in the way a piano or a guitar does; you move your whole hand to the note rather than stretching to it. Where hand size does matter slightly is in comfortably damping with the heel of one hand while playing with the fingers, and in some two handed patterns on very large instruments. The practical fix is instrument choice rather than technique: smaller diameter shells, and instruments with fewer, larger tone fields, are easier to navigate. If you are buying and this concerns you, play a few sizes before committing. See CUL-05.
Existing injury. Depends entirely on what and where. Players have returned to handpan after tendon repairs, fractures and nerve injuries, and players with permanent limitation in one hand play beautifully with adapted approaches. The handpan is also unusually good for asymmetric adaptation, because a single hand can carry a full melodic line while the other does simpler supporting work, or nothing at all. Mallets are an option some players use and others regard as a compromise; either way they exist.
The one thing to be firm about: this section can tell you what the instrument demands physically, which is very little. It cannot tell you whether your particular hand should be doing it. Bring the description of the movement (brief, light, repeated, low force, no grip) to someone qualified and let them judge.
11.2 - Posture, hearing and other bodies in the room
Sitting without wrecking your back, stand height and neck strain, how loud the instrument really is, hearing protection, and playing around pregnancy, babies and children.
BOD-08What is a good playing posture, and why does lap playing cause trouble over time?#
beginner
Short answer. Aim for a stacked spine, relaxed shoulders, and the instrument close enough that both hands reach every note without leaning. Lap playing tends to pull you into sustained forward flexion with a rounded lower back and a dropped head, and it is the duration and immobility that cause problems, not the position itself.
Lap playing is the classic image of the instrument and there is nothing inherently wrong with it. The problem is what it quietly asks of you. Sitting cross legged on a flat floor tips most people’s pelvis backwards, which rounds the lumbar spine. The instrument sits low, so you look down at it, which puts the neck into flexion holding the weight of the head forward. The arms reach down and slightly out, so the shoulders round and the upper back stays flexed. Then you hold that shape, largely motionless, for 40 minutes because the playing is absorbing.
That combination (end range flexion, held statically, repeated daily) is what turns a comfortable position into a sore one over months. Individually none of it is dangerous. Cumulatively it is why long term lap players so often report lower back and neck complaints.
The fixes are unglamorous and effective.
Raise your hips. A firm cushion, a meditation stool or a folded blanket under the sitting bones tips the pelvis forward and lets the lumbar spine find its natural curve instead of collapsing. This one change does more than anything else on the list.
Raise the instrument. The higher it sits, the less you look down. A stand at or slightly above lap height, or simply a thicker cushion on your legs, reduces neck flexion considerably.
Tilt rather than crane. Tilting the far edge of the instrument down brings the layout into view without you bending your neck to see it. Ten to twenty degrees is where most players settle.
Move. The most underrated intervention. Change position every 20 minutes or so. Alternate cross legged, kneeling on a stool, sitting on a chair, standing at a tall stand. Variety beats any single perfect posture.
Check with a video, not a feeling. Everyone believes they are sitting upright. Film yourself from the side for thirty seconds. It is usually a surprise.
If sitting on the floor is genuinely uncomfortable for you, do not persist because it looks right. A chair without armrests, thighs roughly parallel to the floor, feet flat, and the instrument on a stand is a perfectly legitimate and often healthier setup.
BOD-09What stand height should I use, and how do I avoid neck strain?#
beginner
Short answer. Set the height so your forearms sit roughly level or angled very slightly downwards, elbows close to your sides, wrists near neutral, and so you can see the whole note layout with only a small tilt of the head. If you have to raise your shoulders or bend your wrists to play, it is wrong.
There is no single correct number, because it depends on your torso length, your seat height, the diameter of the instrument and how much you tilt it. Work from the body rather than from a measurement.
Seated. Sit as you will actually play. Let your arms hang, then bring the forearms up until they are roughly horizontal. That is approximately where the rim of the instrument wants to be. Slightly lower is usually more comfortable than slightly higher, because a stand set too high forces the shoulders up and the wrists into extension, which is the most reliable way to develop a sore forearm.
Standing. Roughly waist height, adjusted so you are dropping into the instrument rather than reaching down to it. Standing changes your stroke: most players unconsciously hit harder because gravity is now helping, so check your dynamics on a recording the first few times.
Neck strain specifically comes from two things, and only one of them is height.
The first is looking down. The head weighs around five kilograms and the further forward you hold it, the more work the neck extensors do to keep it there. Raising the instrument and tilting it towards you both reduce how far you need to look down. So does learning the layout well enough to stop watching your hands, which is worth working towards for musical reasons anyway.
The second is holding still. A neck held in one position for 45 minutes gets sore even in a good position. Micro breaks matter more than perfect alignment: every 20 minutes, look up, roll the shoulders back, let the arms hang.
Two practical points about stands themselves. A wobbling stand makes you tense your whole upper body to compensate without noticing, so stability is an ergonomic issue as well as a safety one. And if your instrument has bottom notes, check where the contact points land; a support directly under a tuned bottom field will mute it. See PLA-02.
If you play a lot and can afford one adjustable stand rather than two fixed ones, take the adjustable one. Being able to change height between pieces is the easiest way to stop any single posture accumulating.
BOD-10How loud is a handpan in decibels, and is it a hearing risk?#
intermediate
Short answer. For a single acoustic handpan played by hand at normal volume, roughly 70 to 90 dB(A) at the player’s ears is a reasonable expectation, with hard strikes on a loud instrument going higher. That is around the level where duration starts to matter, but for typical practice sessions it is not a serious hearing risk. Treat any single number you see quoted with suspicion, including this one.
Be sceptical about decibel figures for this instrument, because there is very little published measurement. Unlike orchestral instruments, drum kits and steelbands, the handpan has not been the subject of peer reviewed sound level surveys that we could find. Most figures circulating online come from phone apps, which are uncalibrated, weight and average differently, and are frequently out by ten decibels or more. So the honest answer is a range and a set of caveats.
Why the range is so wide. Sound pressure level depends on how hard you play (easily a 20 dB spread between a whisper stroke and a full strike), the instrument itself (large, thin, low pitched shells are much louder than small bright ones), the distance from your ears (levels fall roughly 6 dB per doubling of distance, and your ears are well under a metre away when lap playing), the room, and what you are measuring: peak, fast, slow, A weighted, C weighted, or an average over time. A percussive instrument has short peaks well above its average, and averaged levels are what matter for hearing risk.
For context, a full steelband is a genuinely hazardous environment: a 2004 study in Otolaryngology, Head and Neck Surgery by Juman, Karmody and Simeon measured levels consistently above 100 dBA at the core of the band, and found significantly worse hearing at 3, 4 and 6 kHz in steelband musicians than controls, with nine of the twelve players who had played for 20 years or more showing hearing loss against none of the seven with under ten years. A single hand struck handpan is nowhere near that, but the study is a useful reminder that tuned steel percussion can absolutely damage hearing when there is enough of it and enough hours.
The reference points that matter. NIOSH recommends a limit of 85 dBA averaged over eight hours, with a 3 dB exchange rate: 88 dBA for four hours, 91 dBA for two, 94 dBA for one. The WHO safe listening guidance uses 80 dB for up to 40 hours a week, and 90 dB for four hours a week. Put a typical practice session against those numbers and it is comfortably fine. Put six hours a day of loud playing, or a room full of handpans, against them and it stops being obviously fine.
If you actually want to know, borrow a calibrated sound level meter or a dosimeter rather than trusting an app.
BOD-11Is it more of a risk in a small room or when amplified?#
intermediate
Short answer. Yes to both, and amplification is the bigger one by far. A small hard room can add several decibels and a lot of unpleasant ring; a PA can put you into genuinely hazardous territory in a way an acoustic handpan never will on its own.
Small rooms. In a reverberant space you hear the direct sound plus a great deal of reflected sound, and the total level at your ears is higher than the same instrument outdoors. A tiled bathroom, a small concrete practice room or a bare rehearsal space will measurably raise the level and, more noticeably, extend the decay so that notes pile on top of each other. The effect is usually a few decibels rather than a transformation, but the fatigue effect is disproportionate: hard rooms are tiring to play in long before they are dangerous. Soft furnishings, a rug, a curtain or simply playing somewhere else all help. If your practice space rings unpleasantly, the reason you feel wrung out after 40 minutes may be acoustic rather than musical.
Amplification. This is where the real risk lives, and it has nothing to do with the instrument. Once a handpan goes through a microphone or pickup into a PA, monitors or in ear system, the level at your ears is set by a gain knob, not by physics. Handpan players are particularly exposed here for two reasons. First, the instrument’s own acoustic sound is quiet, so on stage there is a strong temptation to push monitors hard to hear yourself over drums, bass or a crowd. Second, handpan is often paired with amplified low frequency material (loop pedals, sub heavy backing, didgeridoo, cajón through a PA) that masks the pan and drives you to turn it up further.
At a loud gig or a festival stage, the ambient level can sit anywhere from 95 to 105 dBA regardless of what you are playing. Against the NIOSH figures in BOD-10, 100 dBA gives you roughly 15 minutes before you exceed the recommended daily dose. This is the situation that actually damages musicians’ hearing, and it damages handpan players exactly as readily as it damages drummers.
Effects and processing deserve a mention too. Heavy reverb and delay raise the average level considerably while barely changing the peaks, so a wash of reverb in headphones is louder over time than it feels. If you monitor on headphones while recording, that is a place to be disciplined.
The practical upshot: acoustic handpan in a normal room, relax. Anything with a gain stage in it, treat like any other amplified music, which means know the level and protect yourself.
BOD-12Should I use hearing protection for long sessions and sound baths?#
intermediate
Short answer. For ordinary acoustic practice, generally no. For amplified playing, loud jams, festival stages, and for practitioners running back to back sound sessions with gongs and multiple instruments, yes, and musicians’ filtered earplugs rather than foam.
The decision is about dose, meaning level multiplied by time, not about whether something sounds loud in the moment. Working from the WHO and NIOSH reference points in BOD-10, an hour of moderate acoustic playing is well inside safe territory. Five hours a day, every day, at a strong dynamic on a loud instrument is a different calculation and worth taking seriously.
Where protection is clearly worth it:
Amplified performance and rehearsal with a PA or monitors.
Group jams, especially indoors, and especially with djembes, cajóns or a drum kit in the room. The handpan is rarely the loudest thing present.
Festival environments, where you may be exposed for hours whether or not you are the one playing.
Sound bath and sound therapy practitioners running several sessions a day. Gongs in particular can be very loud at close range, and the practitioner is the one person in the room getting the full dose repeatedly, day after day, while every client gets it once. If you facilitate professionally, this is an occupational exposure and deserves proper thought.
Which type. Standard foam earplugs attenuate high frequencies far more than low ones, which makes music sound muffled and, worse, tempts you to remove them. Musicians’ filtered earplugs (universal fit versions are inexpensive; custom moulded ones cost more and fit better) attenuate more evenly across the spectrum, typically in something like 9, 15 or 25 dB versions, so the music still sounds like music. For handpan specifically, the lighter filters are usually enough and preserve the overtone detail you actually need to hear to play well.
What not to do. Do not use protection as permission to play louder, which is a well documented behaviour in musicians and defeats the point. Do not rely on “I would notice if it were too loud”; noise induced hearing loss is painless and gradual, and the first thing that goes is high frequency detail, which for a handpan player is precisely the shimmer that makes the instrument beautiful.
Warning signs that your exposure is too high: ringing or buzzing after a session, muffled hearing that clears over the following hours, or needing the volume higher than you used to. Temporary threshold shift is a warning, not a harmless quirk. Repeated, it becomes permanent.
BOD-13Can I play while pregnant, or with a baby nearby?#
beginner
Short answer. Playing an acoustic handpan while pregnant is not a recognised hazard, and the levels involved are far below anything the guidance warns about. Around a baby, keep the instrument at a sensible distance, keep the volume modest, and be aware that infant ears are more vulnerable than adult ones. As always, your midwife or doctor knows your situation and this page does not.
Pregnancy. The relevant guidance is about occupational noise, and it is aimed at industrial levels. NIOSH notes that fetal hearing develops by around the twentieth week, that fetuses respond to sound by around the twenty fourth, and that very loud noise may be able to damage a developing fetus’s hearing. Its specific recommendation for pregnant workers is to avoid environments above 115 dBA, even with hearing protection in place. It also makes two points worth carrying over: hearing protection worn by the mother does not fully protect the fetus, and low frequency sound passes through the body more readily than high frequency sound, so distance from the source matters.
An acoustic handpan does not come close to 115 dBA. Ordinary playing while pregnant is not something the evidence gives you a reason to avoid, and many players continue throughout. The realistic considerations are mechanical rather than acoustic: lap playing gets awkward as pregnancy progresses, and a stand at a comfortable height, with a chair rather than a cross legged floor position, is usually the sensible adaptation. Amplified performance is the one situation where the guidance does become relevant, because that is where 100 dBA and above genuinely occurs.
Babies and small children in the room. Infant ears are more sensitive than adult ones, and paediatric guidance is correspondingly cautious. The American Academy of Pediatrics 2023 policy statement on noise exposure in infants, children and adolescents recommends, among other things, that neonatal intensive care unit noise be kept below 45 dB, and that hearing protection be used for children in noisy venues.
In practice that means: do not play with a baby directly beside or under the instrument, which is where levels are highest and where the low frequencies are most physical. A few metres away, at a modest dynamic, in a normal room, is a different situation entirely and is how most players with young children actually manage. If you are playing at a volume where an adult would raise their voice to be heard, that is too loud for a baby at close range.
Sound baths with infants present deserve particular care, because gongs and multiple instruments at close range are far louder than a single handpan.
BOD-14Is the handpan suitable for children, and from what age?#
beginner
Short answer. Yes, and it is one of the more child friendly instruments there is: no reading required, no correct notes to get wrong, immediate reward. Around five upwards for genuine playing, younger for supervised exploration. The real constraints are the weight, the cost and the fragility of the instrument, not the child.
Why it works well for children. Every note on a handpan belongs to one scale, so there is no wrong note. A child can produce a beautiful sound within seconds, which is not true of a violin or a clarinet, and that immediate success is enormously motivating. It requires no notation, no theory and no physical strength. It is quiet enough for a flat, unlike a drum kit. And it teaches rhythm, dynamics, listening and improvisation, which are genuinely valuable musical foundations.
Age. Physically, a child of around four or five can strike a handpan and make it sing. What varies is whether they can be trusted with the instrument, which matters more here than with most starter instruments. From roughly five to seven, most children can play meaningfully and take instruction. From around ten, they can work on technique in the way an adult would.
The practical constraints:
Weight and size. A typical handpan weighs somewhere in the region of three and a half to five kilograms and is 50 to 55 cm across, which is a lot on a small lap. A stand at the right height solves this and is close to essential for younger children. Smaller diameter instruments exist and are easier for small players to reach across.
Cost and fragility. This is the honest obstacle. Handpans are expensive, and they are dented by being dropped, by rings, by belt buckles and by enthusiastic hard hitting with objects. Handing a four year old a several thousand pound instrument unsupervised is not a plan. Many families start with a steel tongue drum, which costs a fraction as much, is far more robust, works on the same one scale principle and gives most of the same benefits. If the interest sticks, move up.
Technique. Children tend to hit hard, because hitting hard is fun. The instrument tolerates this better than its reputation suggests but not indefinitely, and hard striking with anything other than hands is the genuine risk to tuning. Teaching the bounce early, framed as “the quieter you play, the prettier it sounds”, works surprisingly well.
Hearing. At normal playing volumes this is not a concern for a child playing it themselves. See BOD-13 for infants nearby.
The people, the gatherings, the arguments, and the large amount of meaning that has attached itself to a metal shell.
The handpan has a culture out of all proportion to its size. There are perhaps a few hundred
serious makers worldwide and a player base measured in the tens of thousands, and yet there
are dozens of annual festivals on every inhabited continent, a fifteen year old forum with a
six figure post count, a Swiss copyright case that could reshape the whole instrument
category, and a genuinely unresolved argument about whether the thing is a musical instrument
or a healing tool.
Two threads run through this section. The first is that the community is unusually generous
and unusually welcoming, and that this is a real feature of the scene rather than marketing.
People hand strangers instruments worth thousands. Open stages take beginners. That is worth
knowing if you are hesitating about turning up somewhere.
The second is that the instrument attracts an enormous amount of lovely nonsense, and that
separating what is true from what is merely appealing is a service to everyone, including the
people who love it most. The questions on music therapy, sound baths, 432 Hz and wellbeing
below try to do exactly that: to be precise about what the research supports, honest that
some of it is thin, and warm about why the experience moves people anyway. The ordinary
explanations for why a handpan makes you feel better are interesting enough. They do not need
help from cymatics.
Where handpan players gather online and in person, how to find them, how to behave around other people’s instruments, and the fault lines running through the scene.
Short answer. Spread thinly across a long running web forum, a great many Facebook groups, a subreddit, various Discord servers and YouTube comment sections, with no single centre. The forum at hand-pan.org is the closest thing to an institutional memory; Facebook is where the volume is; Reddit is the least intimidating place to ask a beginner question.
HandPan.org. The old forum (forum.hand-pan.org) dates back to 2005, before the word “handpan” was in general use, and it is still running. Checked in mid 2026 it showed something over 100,000 posts across roughly 9,800 topics with around 2,900 registered members, and recent activity. Traffic is a fraction of what it was at its peak, because the audience moved to Facebook, but it holds an enormous searchable archive of maker discussion, technical argument and instrument history that simply does not exist anywhere else. If you have a question about a maker’s output in 2012, or about how a particular tuning problem was solved, search there first.
Facebook groups. This is where most day to day activity happened for a decade and where a lot of it still is. There are general groups (The Handpan Community is one of the larger ones), buy and sell groups, country and language specific groups, groups for individual makers’ owners, and groups for particular scales. Quality varies wildly. Buy and sell groups in particular are where scams concentrate, and are worth reading alongside the scam guidance in section 06.
Reddit. r/handpan is small by Reddit standards but active, and it has a useful property for newcomers: the culture is more matter of fact and less reverent than elsewhere in the scene. Beginner questions get straight answers.
Discord. Several servers exist, some run by teachers and course platforms, some by regional communities. They come and go, so rather than list ones that may have closed, ask in one of the above for a current invite.
Learning platforms with communities attached. Several handpan course businesses run their own member forums. These are useful but commercially aligned, so read them as such.
YouTube and Instagram are where most people actually discover players, but they are broadcast rather than community. The comment sections are not where questions get answered well.
A caution that applies everywhere: a very large share of handpan content online is produced by people selling handpans, lessons or courses. That does not make it wrong, but it does shape what gets emphasised.
CUL-02What handpan festivals and gatherings exist, and what happens at them?#
beginner
Short answer. Dozens, on every inhabited continent, most of them small, camping based, volunteer run and built around workshops, open stages and endless informal jamming. HangOut UK in England is the oldest continuously running one. Check current status before booking anything: this is a scene where events appear, skip years and quietly stop.
The origins. The first gathering was an international Hangplayers’ meeting at PANArt’s grounds in Switzerland in 2005, which drew around 200 owners. A small 15 person HANG Weekend in Glastonbury followed in 2006, attended by PANArt’s Felix Rohner and Sabina Schärer. HangOut UK began in September 2007 with 37 participants and grew into a several hundred person event; it is generally treated as the ancestor of everything that followed. In the United States, Handpangea ran at the Laughing Waters retreat centre near Asheville, North Carolina in the early 2010s and was succeeded by other American gatherings. Handpan Festival France reportedly grew to several thousand attendees before ending in 2019, which remains the largest handpan event on record. Festivals proliferated sharply after about 2017.
What actually happens. The format is remarkably consistent. Workshops during the day, taught by players and sometimes makers, covering technique, rhythm, scales and often related instruments. A main stage in the evening with booked acts. An open stage where anyone can play, which at a well run event is the emotional core of the weekend. A makers’ market where builders bring instruments to sell and, crucially, to be played. Frequently a raffle or auction with a handpan as the prize. And then the part everyone actually comes for: jamming, in fields, in tents, around fires, until unreasonable hours.
A partial current picture. Events listed for 2026 across aggregator calendars include HangOut UK in England, GRIASDI in Stadt Haag, Austria (running since 2016 and marking its tenth year in June 2026), HONA on Naxos in Greece, Hang Uut in the Netherlands, PanOz in Australia, KiwiPan in New Zealand, Pantasia at Joshua Tree in California, Heartland HangOut and Steel Mountain in the United States, Canarias Handpan in Spain, Rome Handpan Fest in Italy, Bali Handpan Festival in Indonesia, and many more in Germany, France, Poland, Slovakia, Croatia, Norway, Portugal, Brazil, Thailand, India, China and Japan.
Treat every one of those as needing verification. Aggregator calendars run ahead of reality, small events fold, and websites are often left standing years after the last edition. Check the organiser’s own current social media before you book travel.
CUL-03How do I find other handpan players near me?#
beginner
Short answer. Search Facebook for your city or country plus “handpan”, ask in a national group, look for a regular meetup or jam, and go to the nearest festival even if it is a long drive. In most regions there are more players than you think and they are extremely easy to meet.
The practical routes, roughly in order of how well they work:
Country and city groups. Almost every country with a meaningful player base has a Facebook group, and many cities have their own. This is the single highest yield search. Post that you are new, say where you are, and ask if anyone meets up. The response rate is unusually good, because the scene is small enough that a new local player is genuinely interesting news.
Regular jams. Many cities have a recurring handpan or general percussion jam, often monthly, often in a park in summer and a hired room in winter. Handpan players are also welcome at most drum circles, though be prepared to be quieter than everyone else and to bring a way of being heard.
Teachers and shops. If there is a handpan teacher or a specialist shop within reach, they are a hub by definition and will know who else is around. Shops in particular tend to run open days and small gatherings.
Festivals and gatherings. The most efficient way to meet a hundred players in a weekend. Even a distant one is worth doing once; you will come home with local contacts you did not know existed, because people travel to these from all over.
Busking spots. Not a joke. If you know a busking pitch where handpan players work, going and saying hello works.
Online first, offline second. Video calls, shared recordings and remote lessons are all normal now. Several regional communities effectively organise on Discord or WhatsApp and meet in person a few times a year.
One realistic caveat. In some regions, particularly outside Europe, North America and Australia, you may genuinely be the only player for a hundred miles. If that is you, the online community is not a consolation prize; it is where a lot of players live musically, and the festival trip once a year is what people build the calendar around.
CUL-04What is the etiquette when someone offers to let you play their instrument?#
beginner
Short answer. Take off your rings, watch and bracelets, ask before you touch it, play quietly, do not use anything except your hands, and hand it back before you have outstayed the offer. The instrument is expensive, dentable and, to its owner, personal.
The offer will happen constantly. Handpan players are almost comically generous with their instruments, and part of the pleasure of a gathering is playing thirty pans in a weekend. The etiquette exists to keep that generosity sustainable.
Before you touch it. Remove rings, watches, bracelets and anything else metal on your hands or wrists. This is the one non negotiable. A ring makes a permanent dent, and a dent can pull a note out of tune. Check your belt buckle and any zips if you are going to hold it against your body. Ask before you pick it up, even if it has been offered, and pick it up by the rim rather than by grabbing a tone field.
While you play. Start quiet. You do not know this instrument, the tone fields may be thinner or more delicate than yours, and playing a stranger’s pan hard is the fastest way to be remembered badly. Use your hands only. No sticks, no mallets, no fingernails scraping, no rings, no keys, no coins, no experiments. If you want to try a mallet technique, ask explicitly and expect the answer to be no.
Length. A few minutes. Play something, enjoy it, offer it back. If they want you to keep going they will say so. The failure mode here is the person who is handed a pan and disappears into a twenty minute improvisation while a queue forms.
What to say. Say something specific and true about the instrument, because owners love their instruments and have usually waited months for them. “The bass is much fuller than mine” is a better response than silence. If you do not like it, you are not obliged to lie; say nothing about that part.
If you damage something. Say so immediately. Do not hope it goes unnoticed. Dents and tuning shifts are usually fixable by a tuner, and honesty about the cause makes that far easier and far less socially costly than the alternative.
Reciprocate. If you have an instrument with you, offer it. The whole culture runs on this.
CUL-05Can I try instruments before buying, and where?#
beginner
Short answer. Yes, and you should if you possibly can, but it takes effort because handpans are almost never in general music shops. The three reliable routes are festivals, specialist handpan shops and showrooms, and visiting a maker’s workshop.
Why it matters. Recordings flatten the differences between instruments enormously. Two handpans in the same scale from different makers can feel entirely unlike each other in sustain, in how much force they want, in the balance between fundamental and overtones, in cross talk between notes, and in the physical experience of playing them. Scale choice, which is the decision beginners agonise over most, is also much easier to make with instruments in front of you. Almost every experienced player will tell you that the instrument they would have chosen from recordings is not the one they chose in person.
Festivals and gatherings. The best option by a wide margin. A makers’ market at a decent sized gathering puts dozens of instruments from many builders in one field, and everything is there to be played. You can compare scales, sizes, makers and price points in an afternoon. Many people buy at festivals for exactly this reason, and some makers bring stock specifically to sell there.
Specialist shops and showrooms. These exist, mostly in Europe, and they are genuinely useful: a handful of dedicated handpan shops in countries including the UK, the Netherlands and Germany carry stock from multiple makers and offer appointments to come and play. Some offer structured buying consultations. Because they are dealers, they have a commercial interest in what you choose, which does not make their advice bad but is worth holding in mind.
Maker workshops. Many builders will let you visit and play what they have, particularly if you are seriously considering an order. This tells you about the maker as well as the instrument, which matters when you are about to send a deposit and wait months.
Other players. See CUL-03. Local players are usually delighted to let you try theirs, and this is the cheapest route of all.
If you genuinely cannot try one. Buy from a maker or dealer with a clear returns policy, prefer makers with a long track record and plenty of independent recordings, and be conservative on scale choice. See section 06.
CUL-06Why are so many makers protective of the craft?#
intermediate
Short answer. A mixture of legitimate concerns and less legitimate ones: genuinely hard won craft knowledge that took years to develop, real damage done to buyers by bad instruments, an unresolved Swiss legal dispute over whether the original design is copyright protected, and, in some cases, straightforward commercial self interest dressed as principle.
Start with the craft itself. Building a good handpan is difficult in a way that is easy to underestimate. It involves shell forming, heat treatment, nitriding or other surface hardening, and then tuning, which means bringing at least three partials of every note into precise relationship by hammer work on thin steel. There is no textbook that gets you there. Almost every maker learned through years of failed shells, often in isolation, and many developed processes they consider genuinely their own. Protectiveness about that is not unreasonable; it is how most crafts have always worked.
Then there is the buyer protection argument, which has real substance. The handpan boom produced a flood of cheap, badly tuned instruments, many of them mass produced and marketed with stock photography. Buyers who did not know what to listen for spent real money on instruments that were unpleasant to play and impossible to tune properly. Established makers have watched this happen for fifteen years and their instinct to gatekeep comes partly from that.
The legal dimension is unusual and worth understanding. PANArt, who created the Hang in 2000, have taken the position that the instrument is a protected work of applied art under Swiss copyright rather than a functional object. In 2020 a coalition of roughly 25 makers and retailers formed as Handpan Community United to contest this. The Bern High Court ruled in July 2024 that the Hang does qualify for copyright protection as applied art, and the Swiss Federal Supreme Court confirmed in February 2025 that protection exists, with the case returning to Bern to determine the scope of that protection. As of the most recent hearing in January 2026 the question of which handpans are affected was still unresolved. That is an extraordinary thing to have hanging over an entire instrument category, and it explains a great deal of the defensiveness in the scene.
And then there is the less flattering part. Some protectiveness is territorial. There are makers who dismiss competitors on grounds that turn out to be commercial, communities that treat particular building philosophies as moral positions, and a persistent strand of thinking that the instrument should not be widely available at all. PANArt themselves stopped Hang production in December 2013 and moved to other instruments, having concluded that the market they had created was not one they wanted to serve.
CUL-07What is the tension between the wellness side and the musician side of the community?#
intermediate
Short answer. Two groups came to the same instrument for incompatible reasons. One wants a sound healing tool and values atmosphere, intention and feeling; the other wants a musical instrument and values rhythm, harmony, technique and repertoire. Both are numerous, both are here to stay, and most of the friction comes from each assuming the other is doing it wrong.
The split is real and it shapes almost everything about the scene. Consider what each side wants from a purchase. A wellness practitioner may want a low, spacious, slow decaying instrument in a scale chosen for mood, often marketed with language about frequencies and chakras, and may care little about note count or whether the layout supports fast playing. A working musician wants a layout that permits musical movement, a scale that fits an ensemble, controlled sustain that does not turn everything to porridge, and reliable tuning. Makers have to sell to both.
The friction shows up in predictable places. Wellness buyers are the market most exposed to unsupported claims, and are sold instruments on the basis of frequency mysticism that does not survive contact with acoustics; musicians find that embarrassing and say so, sometimes with more contempt than is useful. Musicians in turn get accused of missing the point, of intellectualising something that is meant to be felt, of bringing ego into a space that was supposed to be free of it. Open stages at festivals contain both a technically formidable player performing a composed piece and a facilitator holding one long shimmering drone, and each can find the other slightly baffling.
There is also a status dimension nobody enjoys naming. The wellness market is large and pays well. A great deal of the money that keeps makers in business comes from it. Musicians who have spent years on technique can find it galling that the commercially dominant use of the instrument requires almost none.
What is worth holding onto. The wellness side is not wrong that the instrument does something unusual to people. It genuinely does: the sound is beautiful, the scale removes wrong notes, and the physical experience of playing is soothing. The mistake is not in valuing that, it is in explaining it with pseudoscience when the ordinary explanation is sufficient and more interesting. Equally, the musician side is not wrong that the instrument has serious repertoire and serious players and deserves to be taken seriously as an instrument, and that treating it only as a therapy prop is a real loss.
In practice most players sit somewhere in the middle, and the loudest positions are the least representative.
CUL-08How welcoming is the community to complete beginners?#
beginner
Short answer. Unusually welcoming, more so than almost any other instrument community. Go to a gathering knowing three notes and people will be delighted you came. The exceptions are narrow and predictable: terminology, and asking makers to justify their prices.
The warmth is real and worth explaining rather than just asserting. Most handpan players started as adults, most started with no percussion background, and most remember precisely how it felt to be the person who could not make it ring. The community is also small enough that a new player is a good thing rather than competition. Add the design of the instrument, where every note is in the scale so a beginner and an expert can play together and it will sound fine, and you get a scene where jamming across ability levels actually works. Very few instruments allow that.
Concretely: open stages at festivals routinely feature people who have been playing for weeks. Local jams do not audition. Owners hand their instruments to strangers. Teachers frequently answer questions from people who are not their students. Reddit and the older forum both answer beginner questions patiently.
The few places you can get a cold response:
Calling it a “hang drum”. The single most reliable way to get corrected. “Hang” is PANArt’s trademark for their specific instrument, PANArt themselves objected to the “drum” suffix as inaccurate, and “handpan” is the general term. The correction is usually gentle and is more about accuracy than snobbery, but you will encounter people who are tiresome about it.
Asking why they cost so much. A fair question, answered at length in section 06, but asked in the wrong tone in a maker heavy space it reads as an accusation that builders are profiteering. They mostly are not.
Buy and sell groups. Less warm by nature, and full of people trying to scam newcomers who do not yet know what a fair price is.
A certain earnestness. Some corners of the scene take the spiritual framing very seriously and can be prickly if you are flippant about it. Other corners are the exact opposite. You will find your people.
If you are hesitating about going to your first gathering because you do not think you are good enough, go. That specific worry is close to universal and close to unfounded.
Where the handpan turns up in the wider world, why it went viral, and an honest look at the therapeutic, frequency and cultural claims that attach themselves to it.
Short answer. Most likely a YouTube video, a meditation or yoga playlist, a busker, or a trailer, advert or documentary using library music. If you have heard it in a named context, the two most probable are Hang Massive’s “Once Again” and Manu Delago’s work with Björk.
Hang Massive. The duo of Danny Cudd and Markus Offbeat, who met in 2010. They posted “Once Again” to YouTube on the last day of 2011 and it became the video that introduced the instrument to most of the world, passing 49 million views by 2020. It is genuinely the reason a large proportion of players first went looking for a handpan. Their albums include Beats for Your Feet (2012), As It Is (2013), Distant Light (2016) and Luminous Emptiness (2018).
Manu Delago. Austrian, born 1984 in Innsbruck, classically and jazz trained, and by some distance the instrument’s most credentialed musician. He took up the Hang in 2003. He has played percussion and Hang with Björk from the Biophilia tour (2011 onwards) through to the Cornucopia shows. He worked with The Cinematic Orchestra between 2014 and 2016. He contributed as composer, musician and engineer to Anoushka Shankar’s Land of Gold (2016), and their collaboration with the Metropole Orkest, Between Us, was nominated for a Grammy for Best Global Music Album. His own list of collaborators includes Ólafur Arnalds, Nitin Sawhney, Joss Stone, Ellie Goulding, Shpongle, the London Symphony Orchestra and Metropole Orkest. His 2018 project Parasol Peak was an album and film recorded with an ensemble during an Alpine mountaineering ascent.
Daniel Waples, performing as Hang in Balance, is another whose videos reached tens of millions of views and who has done a great deal to spread the instrument through street performance and free release albums.
Sam Maher became widely known through New York subway performances that circulated heavily online.
Library and production music. This is probably the most common and least visible route. The handpan is a staple of stock music catalogues, where it signals “calm, natural, contemplative, vaguely global” in about two seconds. That is why it turns up in adverts, corporate videos, documentary underscore, wellness apps and travel content constantly, usually uncredited. If you are certain you have heard it somewhere but cannot place it, this is almost always why.
Specific film and television credits are surprisingly hard to verify, because handpan is normally part of a texture rather than a named credit, and vendor blogs listing “handpans in famous films” tend not to withstand checking. Treat unsourced lists of that kind with caution.
CUL-10Why did the handpan go viral, and how did it become a street music cliché?#
beginner
Short answer. Because it is visually strange, instantly beautiful, needs no explanation and photographs well, and because it arrived exactly when YouTube was becoming the way people discovered music. The busking cliché followed from the same properties: it stops passers by, and it is portable.
Take the virality first. The instrument has an unusually good ratio of mystery to accessibility. Nobody knows what it is on first sight, which makes people stop. It looks like an object rather than an instrument, which makes the sound feel like a magic trick. And it sounds beautiful immediately, with no acquired taste required and no cultural knowledge needed to enjoy it. That is a rare combination. Compare a santoor or a hurdy gurdy, both fascinating, neither of which produces the same instant “what IS that” reaction from a general audience.
Then there is timing. The instrument became available in tiny numbers from 2000, but it became known between roughly 2011 and 2015, which is precisely the period when YouTube shifted from a novelty site to the default place people found new music, and when “watch this, you have to hear it” became a thing people did by sending a link. Hang Massive’s “Once Again”, posted at the end of 2011, is the clearest single inflection point. It did not go viral because it was aggressively promoted. It went viral because it was pleasant, mysterious, and easy to pass on.
The busking cliché is the same mechanism operating in physical space. A handpan on a street will stop people who would walk past a guitarist without registering them, because they have never seen one. It is loud enough to be heard in a quiet pedestrian street without amplification, quiet enough not to be moved on, portable in a rucksack style bag, needs no power, and every note is in key so an hour of improvisation never produces a bad moment. From a purely practical busking standpoint it is close to an ideal instrument.
The result, in tourist cities across Europe in particular, is that handpan buskers became numerous enough to be a recognisable type by the late 2010s, sometimes several on the same street. The predictable consequence followed: the novelty wore off in exactly the places where it was most concentrated, and a sound that was startling in 2012 became background in 2019. That is not a criticism of anybody busking. It is what happens to any instrument that is unusually good at exactly one thing.
CUL-11Is the “hippie instrument” stereotype fair?#
beginner
Short answer. It is unfair as a judgement and roughly accurate as an observation. A large part of the handpan’s audience genuinely does sit in the alternative, festival and wellness world, and the marketing leans into that hard. None of which tells you anything about what the instrument can do in other hands.
Where the stereotype comes from is not mysterious. The instrument spread through festival culture, meditation practice, yoga studios and busking pitches. Its most visible online presence is meditation playlists and sound healing. A great deal of the commercial language around it involves chakras, frequencies, energy and healing. Its early adopters were often people already drawn to that world. If your only exposure has been a Bali retreat reel or a fire spinning video, the stereotype is simply an accurate description of what you have seen.
What the stereotype misses is scale and range. Manu Delago has toured with Björk and been Grammy nominated for orchestral collaboration work. The instrument turns up in film scoring, in jazz, in electronic music, in contemporary classical writing, and increasingly in ensembles where it is treated as a pitched percussion instrument like any other, not as an atmosphere generator. There are players doing serious rhythmic and harmonic work that has nothing to do with the wellness framing at all.
There is also a design point worth making. The reason the instrument attracts contemplative use is not mystical, it is structural: it is tuned to a single scale, which means there are no wrong notes, which means the barrier between having a feeling and expressing it musically is unusually low. That property is exactly why it works in a sound bath, and it is also exactly what a jazz musician finds limiting. The same feature produces both the stereotype and the criticism.
The reasonable position: the stereotype describes a real and large part of the culture, which is not something to be defensive about. Plenty of instruments carry a cultural association (the recorder, the banjo, the pan flute) and the association says nothing about the instrument’s ceiling. If someone dismisses the handpan on these grounds, the useful response is not to argue but to play them something by a serious player and let it do the work.
Where the stereotype does deserve pushback is when the mysticism is not just a vibe but a factual claim being used to sell instruments. That is a different problem, addressed in CUL-14.
CUL-12Is the handpan used in music therapy, and what is actually evidenced?#
intermediate
Short answer. Some qualified music therapists do use handpans, and the general evidence base for music therapy is reasonable if imperfect. But there is essentially no clinical research on the handpan specifically, and none of the evidence supports claims that this particular instrument treats particular conditions.
What music therapy actually is. It is a regulated healthcare profession, not a synonym for playing soothing music. In the UK, “music therapist” is a title protected by law: practitioners hold a master’s degree in music therapy and must be registered with the Health and Care Professions Council. Equivalent credentialing exists in many other countries. Music therapists work in mental health, neurorehabilitation, dementia care, autism support, palliative care and paediatrics, and the work is a therapeutic relationship mediated through music, not a playlist.
What the evidence shows. The most useful recent synthesis is a 2025 systematic review with multilevel meta-analyses in eClinicalMedicine, covering 51 studies and 3,276 participants, which found a statistically significant medium effect of music therapy on anxiety (g = 0.357). It is worth reading the caveats as carefully as the headline. Self reported anxiety improved more (g = 0.410) than physiological measures, where the effect was small and not statistically significant (g = 0.153). Most included studies lacked masking, so expectancy effects could not be excluded. Only 23.5% of studies were rated methodologically strong and 39.2% were rated weak. The authors’ own framing is moderate confidence in psychological benefit, low confidence in physiological effects. There are comparable bodies of evidence for music therapy in depression and in dementia care.
That is a real finding and a genuinely useful one. It is also considerably more modest than the way music therapy is often invoked in handpan marketing.
Where the handpan sits in this. A handpan is a good instrument for therapeutic work for practical reasons that need no mysticism: it is tuned to one scale, so a client with no musical training cannot produce a dissonant result and therefore cannot fail; it responds to the lightest touch, so it is accessible to people with limited strength or coordination; its sustain gives space for call and response without pressure; and it is played with the hands, which is more direct and less mediated than a stick or a keyboard. Those are exactly the qualities a therapist would want.
What does not exist is a research literature on handpans. There are no clinical trials of handpan as an intervention that we could find; the material online making therapeutic claims about the instrument is overwhelmingly published by companies selling handpans. So the honest statement is: music therapy has an evidence base, the handpan is a plausible and popular tool within it, and anyone claiming the handpan specifically has been shown to do something is going beyond what has been studied.
CUL-13What is a sound bath, and what actually happens in one?#
beginner
Short answer. A group session where people lie down, usually for 45 to 90 minutes, while a facilitator plays sustained, resonant instruments (gongs, singing bowls, chimes, and often a handpan) with no melody or pulse to follow. Most people find it deeply relaxing. It is a relaxation practice, not a medical treatment, and the two should not be confused.
What happens in practice. You arrive, take off your shoes, and lie on a mat with a blanket and often a cushion under the knees and an eye mask. There may be a short introduction and some breathing guidance. Then the facilitator begins playing, usually starting quietly, moving between instruments, building through the middle of the session and easing off towards the end. There is nothing to do. You are not meant to follow anything, respond to anything or achieve anything. Sessions typically end with several minutes of silence and a slow return to sitting.
The instruments vary. Large gongs and Himalayan or crystal singing bowls are the core. Chimes, shruti box, ocean drum, rainstick, voice and handpan are common additions. The handpan’s role is usually to provide something melodic and human among sounds that are otherwise very sustained and abstract, and it works well for that.
Why people find it powerful. Several ordinary explanations stack up. You are lying still in a dark quiet room, which most adults essentially never do. The sounds are non repetitive and unpredictable, so attention has something to rest on without any demand attached. There is no goal, so no failure. It is often the first hour in weeks where nobody wants anything from you. Sustained low frequency sound at moderate volume is physically felt as well as heard, and many people describe that as grounding. Group settings add a settling effect of their own. None of this requires an exotic mechanism and none of it makes the experience less real.
What the research says. Thin. The most cited study is Goldsby and colleagues in the Journal of Evidence-Based Complementary & Alternative Medicine (2017), reporting improvements in mood, tension and wellbeing after singing bowl sound meditation. It is an observational study with no control group, so it cannot separate the sound from lying down, from expectation, or from the group setting. Subsequent reviews of singing bowl research have found the clinical literature small and of limited quality. The reasonable conclusion is that sound baths reliably produce pleasant relaxation and that we do not have good evidence for anything beyond that.
What to be sceptical about. Claims that specific frequencies target specific organs, chakras, DNA or diseases. Claims of detoxification or cellular repair. Any suggestion that a sound bath substitutes for treatment of a diagnosed condition.
One practical note. Gongs at close range are genuinely loud. If you facilitate several sessions a day, see BOD-12.
Short answer. 432 Hz is an alternative tuning reference for the note A, about 32 cents (roughly a third of a semitone) below the standard 440 Hz. The claims made for it are far larger than the evidence supports, the handful of studies that exist are small and mixed, and most listeners cannot identify it blind. Makers offer it because customers ask for it, and if you want it, that is a perfectly fine reason to have it.
What proponents claim. That 432 Hz is a “natural” frequency aligned with mathematical or cosmological constants, that it resonates with the body or the earth, that it produces measurably deeper relaxation, that 440 Hz was imposed for dubious historical reasons, and sometimes that it produces more beautiful cymatic patterns. The historical strand of this deserves a note: concert pitch genuinely did vary enormously across Europe for centuries, 440 Hz was only standardised internationally in the twentieth century, and some nineteenth century Italian pitch standards sat near 432. That much is true. The leap from “pitch standards are arbitrary and recent” to “432 has intrinsic physical or healing properties” is not supported by anything.
What the evidence shows. There is a small research literature and it is genuinely mixed rather than uniformly negative, which is worth saying honestly.
A 2019 double blind crossover pilot in EXPLORE with 33 healthy volunteers reported a lower heart rate (about 4.8 bpm, p = 0.05) and higher self reported attention and satisfaction when listening to 432 Hz versions of the same music. A 2025 randomised crossover trial in BMC Complementary Medicine and Therapies with 43 cancer patients, using a body monochord tuned to 432 Hz versus 443 Hz, found somewhat greater reductions in heart rate and pulse wave velocity with 432 Hz, while psychological outcomes improved comparably with both, and the authors concluded the difference was “more pronounced but not significantly different”.
So: small samples, pilot studies, mixed and modest effects, differences that often do not reach significance, and outcomes that are exactly the sort of thing susceptible to expectation when participants have opinions about tuning. This is not a body of evidence that supports strong claims. It is also not nothing, and dismissing it outright is as unscientific as overselling it.
Why makers offer it. Demand, mostly. Tuning a handpan to A = 432 rather than 440 costs the maker nothing extra; it is the same work at slightly different target frequencies. Some makers offer it enthusiastically, some offer it while privately thinking it is nonsense, and some decline.
The one practical consequence. A 432 Hz instrument is out of tune with every 440 Hz instrument you might want to play with, by about a third of a semitone, which is very audible. If you ever intend to play with a guitarist, a pianist, a fixed pitch instrument or a backing track, this matters far more than any of the above. That is the real decision.
CUL-15Is playing the handpan actually good for anxiety and focus?#
intermediate
Short answer. Probably yes, for reasons that are well understood and not remotely mystical, and the honest evidence is about music and wellbeing in general rather than about this instrument. What the research supports is modest, real benefits, mostly on how people report feeling. What it does not support is treating it as a treatment.
What is genuinely supported. Music interventions have a real evidence base for anxiety and mood. The 2025 eClinicalMedicine meta-analysis of 51 studies found a medium effect on anxiety, stronger for self reported measures than physiological ones, with the authors expressing moderate confidence in psychological benefits and low confidence in physiological effects. Music therapy for depression and for people with dementia has comparable support. Beyond music specifically, there are well established general findings that regular absorbing activity, structured practice, and creative expression are associated with better mental wellbeing.
Why the handpan in particular is plausible. Several mechanisms, none of which need a special explanation.
Flow. The handpan is unusually good at producing absorbed, effortless attention. The single scale removes the possibility of a wrong note, which removes evaluation, which is the thing that usually stops people relaxing into playing. Twenty minutes of genuine absorption is a well documented route to reduced rumination.
Breath and rhythm. Playing slowly tends to slow and regularise breathing without anyone instructing it. Slow breathing has real, measurable effects on autonomic state.
Touch and sound together. You feel the instrument through your hands and legs as well as hearing it. Multisensory, self generated, predictable sensory input is calming for reasons that are unglamorous and reliable.
Agency. You are making the sound rather than receiving it. Active music making generally shows different and often better effects than passive listening on measures of mood and self efficacy, though the 2025 meta-analysis interestingly found receptive methods outperforming purely active ones in clinical anxiety contexts, which is a reminder that this is not simple.
Ritual. Sitting down with an instrument at the same time each day is a behavioural routine, and routines help.
What is not supported. That particular scales treat particular emotional states. That particular frequencies affect particular organs. That the handpan alters brainwaves in a therapeutically meaningful way, entrains your heart rate to a target, or does anything to your cells. That it is a substitute for treatment of a diagnosed anxiety disorder or depression. If you are unwell, this is a good thing to do alongside proper care, not instead of it.
The unexaggerated version is still worth having. An instrument that reliably gets you into twenty absorbed, non judgemental minutes a day is a genuinely valuable thing to own.
CUL-16Is playing a handpan cultural appropriation?#
advanced
Short answer. Playing one is not. The harder and genuinely contested question is whether the instrument’s creation and commercial success involved taking from Trinidadian steelpan culture without adequate credit or benefit, and there are people on both sides of that with reasonable arguments.
The factual lineage. Felix Rohner’s route into steel began in Bern in 1976, when he and Alex Santschi heard a Trinidadian steel orchestra perform at a city celebration and set out to build instruments themselves. Rohner built steelpans for years, studying instruments by Trinidadian masters including Ellie Mannette, ran a steelpan workshop from 1985, and developed metallurgical and acoustic research with industrial and academic partners, patenting a steel treatment process in 1998. In 2000 he and Sabina Schärer produced the Hang. The instrument is formally classified as a subset of the steelpan family. Its playing method and convex shape owe as much to the Indian ghatam as to the pan, and PANArt have consistently described the resonator concept as inspired by the steelpan’s structure rather than copied from it.
The critique. Some Trinidadian steelpan advocates argue that the handpan industry, overwhelmingly European and North American, built a commercially successful instrument on Trinidadian innovation while presenting it as a new Swiss invention, and that Trinidad, whose steelpan is often described as the only acoustic instrument invented in the twentieth century, has received neither credit nor economic benefit. The manufacturer KaribPAN Steel has made this argument at length and pointedly, quoting PANArt and Pantheon Steel figures describing the work as translating the steelpan into a European context. It has also been debated on Trinidadian steelpan forums such as When Steel Talks. The critique is sometimes framed in inflammatory terms, but its core observation is factual: the wealth generated by the handpan has flowed almost entirely away from the culture that developed the underlying technology.
The counter position. Handpan writers, and PANArt themselves, argue the Hang is a distinct instrument rather than a derivative one, that its acknowledged debts have never been hidden, that steelpan and handpan sound, function and repertoire are different, and that some in the Trinidadian pan community do not regard it as appropriation at all. The claim sometimes made that Trinidad’s steelpan community as a whole holds no objection is itself contested, since some of its members clearly do.
Where that leaves a player. Buying and playing a handpan does not require you to take a position on any of this, and no reasonable person will accuse you of appropriation for owning one. What is worth doing is knowing the lineage, saying it accurately when you talk about the instrument, resisting the version of the story where a Swiss couple invented steel tuning from nothing, and being interested in the steelpan on its own terms. Credit costs nothing and this history is genuinely interesting.
Everything that sits near the handpan: the steel tongue drums it gets confused with, the steelpan it descends from, PANArt’s later work, the clay pot vessels that share its acoustics, and the marketplace products that borrow its name.
Handpans are surrounded by instruments that look similar, sound adjacent, share a shop category or share a search term. Some of those relationships are real and technical, such as the steelpan. Some are real and acoustic but not historical, such as the udu. Most are marketing.
The questions below sort them out. If you are trying to decide what to buy, start with REL-01 and REL-07. If you are trying to work out what an instrument you have seen actually is, start with REL-12.
What steel tongue drums are, who makes the well known ones, and how they compare to a handpan as an instrument and as a purchase.
REL-01What is a steel tongue drum, and how does it differ from a handpan?#
beginner
Short answer. A steel tongue drum is a hollow steel vessel with tongues cut into its surface with a slot cutter, each tongue tuned to a pitch. A handpan has no cuts at all: its notes are hammered dimples in an unbroken shell. That single difference in construction drives almost every difference in sound, price and playability.
On a handpan, a note is a shallow dome pressed into a continuous sheet of steel and then tuned so that its fundamental, octave and octave-plus-fifth all line up. The tone field is under tension from the shell around it, and it is coupled to the air inside the two glued half shells, which behaves as a Helmholtz resonator. That coupling is what gives a handpan its bloom and its harmonic complexity, and it is also why handpans are hard to build.
On a tongue drum, the maker cuts a slot in a pattern (usually a spiral, a horseshoe or a keyhole) so that a strip of steel is anchored at one end and free along its edges. The tongue then vibrates rather like the tine of a music box or a kalimba. Pitch is set by the length, width and thickness of the tongue, and tuned by grinding metal away from the free end (raises pitch) or from the root (lowers it). Some designs add magnets or removable weights instead.
The practical consequences:
Harmonics. A well made handpan note is a tuned chord in itself. A tongue is much closer to a single pitch with an inharmonic ring. Some makers (Guda, RAV) work hard to bring an octave and higher partials into the tongue, and the better ones genuinely get there, but the effect is different rather than equivalent.
Sustain and decay. Tongues tend to ring longer and blur more. Handpan notes decay faster and articulate more cleanly, which is why fast playing is clearer on a handpan.
Volume and dynamics. A handpan has more dynamic range and responds to touch across a wider span. A tongue drum compresses more.
Robustness. Tongue drums are far harder to knock out of tune, because the tongue is mechanically isolated by the cut.
Price. Cutting and grinding tongues is quicker and more repeatable than hammering and tuning a shell. Tongue drums are correspondingly cheaper.
Short answer. The RAV Vast is a high end steel tongue drum, not a handpan. It was designed by the Russian engineer Andrey Remyannikov and first appeared around 2013. It is the tongue drum that gets closest to a handpan’s harmonic richness, but the notes are still cut tongues.
The RAV came out of Remyannikov’s attempt to combine the melodic depth of a Hang with the forgiving playability of a tongue drum. The signature move is the tuning of the tongue itself. RAV’s own material describes later generations as carrying up to seven audible overtones per tongue, achieved partly through internal tuning work on the underside of the shell as well as the usual external grinding. Compared with a budget tongue drum, a RAV sounds far less like a struck bar and far more like a bell with a body behind it.
The standard instrument is around 51 cm (20 inches) across with nine tongues plus a central note, and it is sold in a long list of named scales rather than in the raw note lists you sometimes see from handpan makers. RAV has run through several design generations; the visible changes have been the move to the current tongue layout, the addition of internal tuning, and a shift from a hydrophobic coating to a more durable painted finish. There have also been thicker steel variants sold under a “2” suffix and a separate RAV Pan line. Because the model naming has changed over the years, check what the current line-up actually is with the maker rather than trusting an old review.
Is it a handpan? No, and RAV do not claim it is. It is worth being precise, because a lot of shops list RAVs under a “handpan” heading and buyers arrive expecting a handpan’s articulation. What you get instead is a sustained, resonant, quite reverberant instrument that rewards slower, more atmospheric playing and is much more tolerant of being hit with mallets or with the flat of the hand. Many players own both and use them for different jobs.
Price sits well above a typical tongue drum and well below most handpans, which is exactly the gap it was built for.
REL-03Guda, Hapi, Zenko, Idiopan and Beat Root: what is each one?#
beginner
Short answer. They are five separate brands of steel tongue drum, not five types of instrument. Each is a company with its own construction, materials and price bracket, and knowing which is which stops you comparing a 100 pound toy with a 900 pound instrument.
Guda. Founded by Dmitrii Gubarev and sold through guda-drum.com and gudadrum.com. Guda describe their instruments as a hybrid of tongue drum and handpan, and the tongue geometry is deliberately complex so that octave harmonics are present in the sound. The range is wide: Guda 2.0 and its Plus and Fx variants, Guda Double (two tuned sides), Guda Ortus, Guda Coin, Guda Freezbee and Guda Neo, in stainless steel, brass and aluminium, usually with heavy decorative etching. Several models take internal or external pickups. Note that the brand has been produced in eastern Europe and the corporate location has shifted over the years, so buy from the official site rather than assuming a country of origin.
HAPI. An American brand, trading since 2008 from Oakhurst, California. HAPI use a proprietary steel alloy around 2 mm thick with rubber isolation feet and a bottom sound port. The range runs from the tiny Tini and Trinity at under 150 US dollars up through Mini, Aura, Slim, Origin and Omni at a few hundred, mostly in pentatonic tunings. HAPI also sell an instrument they market as a handpan, which muddies the naming; check the construction, not the product name.
Zenko. Made by Metal Sounds in France from stainless steel. The same workshop makes the Spacedrum handpan, so Zenko is one of the few tongue drums built by a company that also builds handpans. Typically nine notes, sold with a bag and sticks, aimed squarely at the accessible end.
Idiopan. A product line from EnSoul Music Designs in the United States, made since around 2010, and unusual for being genuinely tunable by the owner using small magnets placed on the tongues. Models include Bella (6 inch, 6 notes), Lunabell (8 inch), Domina (12 inch), Dominus (14 inch) and the Dual-Tone, most available with a pickup.
Beat Root. A British brand best known for tongue drums with wooden bodies and steel tops, and for an electric model with a built in pickup. The wooden shell gives a warmer, drier voice than an all steel drum.
Short answer. Far less readily than handpans, and for a different reason. A tongue is mechanically separated from the rest of the shell by its cut, so it does not carry the stored tension that makes a handpan note drift. In normal use, most tongue drums hold pitch for years.
The stability comes straight from the geometry. On a handpan, every tone field sits in a stressed membrane; hit one hard and you deform steel that is also holding its neighbours in shape, which is why a single heavy strike or a drop can move several notes. On a tongue drum, deforming a tongue takes a plastic bend of the tongue itself. That is much harder to do with a hand, and a mallet strike that would detune a handpan usually does nothing at all.
What does move a tongue drum’s tuning:
Physical damage. A real bend from a fall, something heavy dropped on it, or standing on it.
Corrosion at the root. Rust or pitting at the anchored end changes the tongue’s effective stiffness. This is the main long term risk on painted carbon steel drums that have been left damp.
Added mass. Anything stuck to a tongue lowers its pitch. That is a defect if it is a sticker or a lump of tape and a feature if it is a tuning magnet.
Temperature. Pitch shifts slightly with temperature on any steel instrument. It comes back.
Retuning is also more tractable than on a handpan. Because pitch is a function of the tongue’s free length and mass, a competent workshop adjusts it by grinding: material off the tip raises the pitch, material near the root lowers it. This is destructive and irreversible, so it is a job for the maker, not for a file in your kitchen. Idiopan is the exception by design, since its magnet system lets the owner move pitches around and undo the change by taking the magnet off.
One caveat worth knowing: cheap unbranded drums are frequently sold poorly tuned from new, and “my tongue drum is out of tune” is much more often a manufacturing shortfall than drift. Check the instrument against a tuner in the first week, not the first year.
REL-05Is a tongue drum a good cheaper way to start?#
beginner
Short answer. It is a good way to find out whether you enjoy playing a melodic hand percussion instrument, and a poor way to learn handpan technique. Buy one because you want a tongue drum, not as a rehearsal for something else.
The honest case for it. Handpans cost from roughly 1,000 to 3,000 euros or more, and that is a real amount of money to spend on a guess. A 150 to 400 euro tongue drum answers several useful questions cheaply: do you like sitting with an instrument in your lap for an hour, do you find pentatonic and minor scales satisfying or limiting, do you actually reach for it in the evening, and does your household tolerate the sound. Those questions matter more than most people expect, and plenty of would-be handpan buyers discover the answer is no.
The honest case against it. The physical skills do not transfer as directly as the shape suggests. Handpan playing lives on a fast, light, rebounding touch on a small target with precise damping. Tongue drums reward a broader contact and a slower phrase, and they are far more forgiving of an inaccurate strike because the target is a long strip rather than a small dome. Several months on a tongue drum can leave you with habits that a handpan teacher then has to undo, particularly a heavy hand and a tendency to let everything ring.
A more useful way to think about it. If your budget will reach a handpan within a year, save. If it will not, or if you genuinely want the tongue drum’s sustained, bell-like character, buy one and enjoy it as its own instrument. The middle option is the RAV Vast or a good Guda: expensive for a tongue drum but musically substantial, and unlikely to feel like a stepping stone you outgrow in a month.
One thing not to do is buy the cheapest unbranded drum you can find and let it decide the question. A badly tuned drum with dead tongues will convince you that you dislike the whole category when what you dislike is that particular object.
REL-06Can you play handpan technique on a tongue drum?#
intermediate
Short answer. Some of it. The rhythmic hand vocabulary transfers reasonably well. The parts that depend on a handpan’s fast decay, precise tone field and shell resonance mostly do not, and forcing them produces a muddy result.
What transfers. Alternating hand patterns, ghost notes, the basic thumb and fingertip alternation, ostinato left hand under a melodic right hand, and the general habit of thinking in a scale laid out around a circle. The layout logic is similar enough that a handpan player picks up a tongue drum quickly and vice versa. Slaps and rim work on the shell also transfer, though the shell tone is different.
What does not. Three things in particular.
Damping. On a handpan you shorten a note by resting a finger, a knuckle or the heel of the hand on the tone field, and the note stops almost immediately because it is a small stiff dimple. A tongue rings on. You can damp it, but you need to press the tongue itself, often with more contact and more anticipation, and rapid alternation between ringing and damped notes is genuinely harder.
Speed and clarity. Handpan rolls stay legible because notes decay quickly. Run the same roll on a tongue drum and the sustain of each tongue accumulates into a wash. On sustained instruments like the RAV that wash is the point, so players adapt by phrasing more sparsely rather than by playing faster.
Touch on the tone field. Handpan players learn to place strikes at specific points on a dimple to bring out the fundamental, the octave or the compound fifth. A tongue’s harmonic content is far less steerable by strike position, though hitting the tip versus the root does change the tone.
What tongue drums add. Mallets are normal rather than controversial, and good mallet playing on a tongue drum is a real technique with its own repertoire. Palm strikes near the tongue root produce a bass thump that most handpans cannot do. And because tongue drums are hard to detune, you can play with a force that would be reckless on a handpan.
The sensible summary is that they are cousins, not the same instrument with different skins. Play each one for what it is good at.
Short answer. Decide what you want the instrument to sound like before you decide what to spend. If you want the clear, articulate, harmonically stacked handpan voice, nothing else will satisfy you and you should save for a handpan. If you want a resonant, sustained, meditative wash, a good tongue drum is not a compromise, it is the right instrument.
Working through it in order.
First, listen with a specific test. Find recordings of a handpan and a tongue drum playing something fast and something slow. Most people can hear immediately that they prefer one. The slow test tells you about tone; the fast test tells you about articulation, and articulation is where the two diverge most.
Second, be realistic about budget and time. A handpan from an established maker is typically 1,000 to 3,000 euros or more, and directories such as Master The Handpan list around a hundred makers with delivery times ranging from a couple of weeks to over a year. That range means the old picture of universal multi-year waiting lists is out of date, but it also means the specific instrument you want may not be available quickly.
Third, if you are going tongue drum, match the brand to the budget. Under about 200 euros you are in HAPI’s smaller models, Zenko’s entry instruments and a large field of unbranded drums of highly variable tuning quality. Around 250 to 500 you get better tuned instruments with usable harmonics. Above that, a RAV Vast or a higher Guda model buys genuinely different musical territory.
Fourth, prefer a scale you can hear yourself using. Whatever the instrument, the scale is a bigger constraint on your playing than the brand. A minor or Celtic tuning is a safe first choice because it sounds settled with almost any note order. Avoid buying a dramatic exotic scale as a first instrument on the strength of one video.
Fifth, buy from the maker or an authorised dealer. Both categories have a heavy counterfeit and rebadging problem, and both have brands whose product names deliberately blur the line.
What not to do: do not buy a handpan sight unheard from a marketplace listing because it is cheap, and do not buy a tongue drum expecting it to become a handpan later.
The steelpan the handpan descends from, PANArt’s later instruments, the early named models, the clay pot ancestors, and everything else that gets mistaken for a handpan.
REL-08What is the Caribbean steelpan, and how is the handpan related to it?#
beginner
Short answer. The steelpan is the tuned percussion instrument developed in Trinidad and Tobago in the 1930s and 1940s from discarded oil barrels. The handpan is a direct technical descendant: PANArt were steelpan builders first, and the note-in-a-sunken-steel-sheet principle comes straight from Trinidad.
The steelpan story begins with the percussion bands of Trinidadian carnival, which moved from bamboo tubes to biscuit tins, paint cans and dustbin lids, and then to the 55 gallon oil drums that arrived in quantity with the oil industry and the wartime American bases. Elliott “Ellie” Mannette (1927 to 2018) is widely credited as the father of the modern steelpan, and two of his innovations matter directly here. He was the first to use the 55 gallon oil barrel, and he sank the drum head into a concave bowl rather than leaving it convex, which created room for more notes and separated them acoustically so that one note stopped exciting its neighbours. Mannette moved to the United States in the early 1960s, built steel bands in hundreds of American schools and universities, and from 1991 ran a tuning project at West Virginia University that trained a generation of pan builders.
The link to the handpan runs through Switzerland. Felix Rohner and Sabina Schärer of PANArt in Bern were steelpan makers who had been developing their own sheet steel for pan building since the mid 1990s, including a nitrided deep-drawn steel they called Pang. When they built the Hang in 2000, they applied the steelpan’s note-making method to a completely different body: two hemispheres glued into a closed vessel with a tuned air cavity, played with the hands rather than with rubber tipped sticks.
So the family relationship is real but not superficial. Both instruments make a note by shaping and stressing a patch of sheet steel and tuning its partials with a hammer. Everything else differs: the steelpan is convex-notes-in-a-concave-bowl struck with sticks, usually in an ensemble of pans covering different registers, tuned chromatically and loud enough for carnival. The handpan is convex, hand played, closed, quiet and usually confined to a single scale.
Going deeper. Calling a handpan a “steel drum” is not simply wrong, it is imprecise in a way that erases a specific national instrument with a documented history and a living tradition. Most steelpan players find it grating.
REL-09What is the Gubal, and what else has PANArt built since the Hang?#
intermediate
Short answer. The Gubal is a hand played steel vessel PANArt introduced in summer 2013, for the company’s twentieth anniversary, with a large central resonance opening on the top that lets the player drive the air cavity directly for a strong bass. It is the flagship of the Pang family, the group of instruments PANArt turned to after ending Hang production in December 2013.
The Gubal’s defining feature is its acoustics. Where a Hang has a central Ding note and a Gu port underneath, the Gubal has the resonance opening on the playing surface: a round hole with an inward-facing neck, surrounded by an elastic area PANArt call the Ringding. Striking or pressing that area excites the Helmholtz resonance of the enclosed air far more strongly than is possible on a Hang. A hemispherical extension on the underside, the Gugel, gives a bass pitch around 78 Hz (E flat 2), and the player alters that bass by changing hand position over the opening. Around the Ringding sits a ring of seven tone fields in the familiar arrangement. Practically, it means one player can produce both a bass line and a melody, which a Hang cannot.
The Gubal was conceived for ensemble play rather than as the intimate solo instrument the Hang had become. That created a balance problem, since it is loud, and PANArt responded by building companions: the Hang Gudu (2015), the Hang Urgu (2016), the Hang Bal, and a set of three Pang string instruments. Collectively PANArt call the resulting practice Pang music, an improvised ensemble form, and they present it as the point of the whole exercise rather than as a product line.
All of these are made from Pang, PANArt’s own nitrided deep-drawn sheet steel, originally developed in the mid 1990s for steelpan making.
The important context for buyers: PANArt no longer make the Hang, have not since the end of 2013, and are not going to resume. They have also consistently resisted being treated as a supplier to the handpan market. If you want a PANArt instrument today, you are buying into their current work, not a Hang.
REL-10What is the Halo, and why do early handpans have their own model names?#
intermediate
Short answer. The Halo is the instrument built by Pantheon Steel in Missouri, first delivered in summer 2009, and it is where the word “handpan” comes from. Early makers gave their instruments distinct names because PANArt had trademarked “Hang” and nobody could legally use it.
Kyle Cox of Pantheon Steel appears to have coined “hand pan” between June and September 2007, on the company’s own website, to describe the Hang-like instrument he was developing. Internet Archive snapshots place the term’s first appearance in that window. It spread through the Hang-Music Forum from September 2007 and was cemented when handpan.org launched on 11 August 2009 as the community’s main forum. Within a few years it had become the generic English term for the whole instrument family, which is how a single maker’s product description became a category name.
That naming pressure explains the odd variety of model names from the first wave of makers. Because “Hang” was off limits, each builder had to invent something: Pantheon Steel’s Halo, Metal Sounds’ Spacedrum in France, Bill Brown’s Caisa in Germany (a steel top over a wooden horn base, played with the hands but distinctly its own thing), Bali Steel Pan in Indonesia, and later Ayasa in the Netherlands and many others. Some of those names have stuck as brand names for what everyone now calls a handpan. A few, like the Caisa, describe an instrument different enough that the separate name still earns its keep.
The word “pantam” arose from the same problem in a different language community. Israeli players and makers, working in a scene that grew quickly in the 2010s, use pantam as the standard term. It is a handpan by any technical definition. If you see a maker or a shop using pantam, it is a regional naming convention, not a claim about a different instrument.
Going deeper. The naming history is worth knowing because it is the main reason online searches are so confusing. “Hang drum” is what PANArt asked people not to say, “handpan” is a competitor’s marketing term that became the standard, “pantam” is the Hebrew-language equivalent, and half a dozen model names are brands rather than categories.
REL-11What are the udu and the ghatam, and are they handpan ancestors?#
beginner
Short answer. They are clay pot drums, the udu from the Igbo people of Nigeria and the ghatam from South India. They are not ancestors of the handpan in any lineage sense, but they are the closest older relatives in acoustic principle: a struck vessel whose enclosed air is part of the instrument.
The udu. Ùdù means vessel or pot in Igbo, and the instrument began as a water jug with an extra hole cut in its side. It is classified as both an idiophone and a plosive aerophone, because two quite different sounds come out of it. Striking the clay body with fingers gives dry, pitched taps in the manner of any pot drum. Striking or slapping across the side hole displaces a slug of air and excites the Helmholtz resonance of the vessel, producing the deep, swooping “whoop” the udu is known for; the pitch of that bass bends as the player opens and closes the mouth of the pot with the other hand. Traditionally it was played by Igbo women in ceremonial contexts. Modern udus are made in clay, and also in fibreglass and other materials.
The ghatam. A clay pot from the Indian subcontinent, central to Carnatic percussion and one of the oldest instruments in the region. The name comes from the Sanskrit ghaṭa, pot. The clay is mixed with brass or copper filings and a little iron, which is why a good ghatam rings rather than thuds; the Manamadurai variety from Tamil Nadu is thick and heavy with brass shards in the body and is prized for a sharp metallic ring. The player sits cross legged with the mouth of the pot against the abdomen and strikes the outside with fingers, thumbs, palms and heels; pressing the mouth against the belly and releasing it produces the bass, again by controlling the air cavity.
The handpan connection. A handpan is also a closed vessel with a tuned air cavity, and its Gu port on the underside is doing the same acoustic job as the udu’s side hole. What the handpan does not inherit is any of the tuning method, the playing tradition or the repertoire. The Helmholtz resonator is a piece of physics that many cultures found independently, not a chain of transmission. Claiming otherwise is where a lot of the “ancient instrument” mythology starts.
REL-12Where do the cheap “hang drums” on Amazon and AliExpress fit?#
beginner
Short answer. Almost all of them are budget steel tongue drums listed under the wrong name for search traffic. A smaller number are genuinely handpan-shaped instruments of poor quality, sometimes outright copies of a named maker’s design.
Search “hang drum” on a large marketplace and the results are dominated by 10 to 14 inch coloured steel domes at 30 to 120 euros, usually sold with two rubber mallets and a padded bag. Look at the photographs: if the notes are visible as cut slots radiating from the centre, it is a tongue drum, whatever the listing says. The listings use “hang drum”, “handpan”, “hand pan drum” and “tank drum” more or less interchangeably because those are the terms buyers type, and marketplace search rewards whoever stuffs the most of them into a title.
The second category is more of a problem. There are workshops producing convex, unbroken-shell instruments at a few hundred euros that are genuinely handpans by construction, and which are usually poorly tuned, harmonically thin, and unstable. Some are sold under invented brand names, some are direct visual clones of established makers’ work down to the logo. The community term for these is “pandrums” or simply fakes, and they are the main reason experienced players tell beginners to buy from a maker or an authorised dealer.
How to tell what you are actually looking at, from a listing:
Cut slots visible on the surface. Tongue drum. Fine as a tongue drum, judge it on tongue drum terms.
Smooth dimples, no cuts, price under about 500 euros. Treat with real scepticism. Ask for a recording of the actual instrument, not a stock video.
No named maker, no workshop location, no scale specified beyond “D minor”. Walk away.
Stock photography reused across many “brands”. Common. Reverse image search the listing photo.
None of this makes the cheap tongue drums bad objects. A 60 euro drum can be a genuinely enjoyable thing to have on a coffee table, and some are tuned adequately. The failure mode is expectation: someone buys a 60 euro “hang drum”, finds it sounds nothing like the video that made them want one, and concludes the instrument is overrated.
REL-13What is the difference between a handpan, a hank drum and a propane tank drum?#
beginner
Short answer. A hank drum is a specific thing: the homemade steel tongue drum Dennis Havlena made from an empty propane tank in February 2007, and the design he published for free. “Tank drum” is the looser term for the same idea. A handpan is a different instrument entirely, with hammered notes and no cuts.
Havlena’s build is one of the genuinely important moments in this whole story. He took a 20 pound propane tank, burned off the paint, cut seven to ten radial tongues into the tank’s base, and tuned them by filing. He borrowed the physical form from Felle Vega’s Tambiro and the note arrangement from the Hang, and he named the result by fusing “Hang” and “tank” into hank drum. Crucially, he published the plans openly. Jim Doble’s Whale Drum (1990) had explored similar territory earlier, and wooden slit drums go back to many independent traditions, but Havlena’s free plans are what turned the idea into a worldwide DIY movement and then into a commercial category.
The terminology as people actually use it:
Hank drum. Strictly, Havlena’s propane tank design or a homemade drum following it. Loosely, any homemade steel tongue drum.
Tank drum. Any tongue drum made from or resembling a repurposed gas tank. Often used as a general synonym for a budget steel tongue drum, especially in European shop listings.
Steel tongue drum. The neutral umbrella term covering all of them, homemade or commercial. This is the term to use if you want to be understood.
Handpan. Not in this family. Hammered tone fields in an unbroken shell, two glued half shells, no cuts.
The DIY route is still viable and still cheap. A used propane tank, an angle grinder with a thin cutting disc, a chromatic tuner and patience will get you a playable instrument in a weekend, and the results range from charming to genuinely good. Purging the tank properly before cutting is not optional; residual propane and a cutting disc is a serious hazard, and the standard practice is to fill with water before any cutting begins. Nobody builds a handpan this way. Handpan shells require deep drawing or extensive hammer forming, heat treatment, and hundreds of hours of tuning skill.
REL-14Which instruments get confused with the handpan?#
beginner
Short answer. Singing bowls, gongs, kalimbas and the glass harp turn up constantly in the same playlists, the same sound bath sessions and the same search results, but none of them shares the handpan’s construction or playing technique. They are grouped by mood, not by family.
Singing bowls. Standing bowls, usually bronze alloy, played by striking with a mallet or by running a wooden puja stick around the rim to sustain a tone by friction. Acoustically they are quite unlike a handpan: their partials are strongly inharmonic and they are usually not tuned to a scale in any exact sense, despite widespread marketing claims about specific frequencies and chakras. Handpans and bowls do share a market and often share a stage, which is most of why they are conflated.
Gongs. Large flat or bossed metal discs, struck with a soft beater, characterised by a slow rising wash and a huge spectrum of inharmonic partials. There is a small genuine relationship, in that gong makers and handpan makers both work sheet metal and both care about hammer-controlled tension, but the sound and the playing are unrelated.
Kalimba (mbira, thumb piano). African lamellophone: tuned metal tines mounted on a board or a resonating box, plucked with the thumbs. The interesting point is that a kalimba tine and a steel tongue drum tongue are the same physical object, a cantilever bar fixed at one end. So the kalimba is genuinely close to a tongue drum, and genuinely far from a handpan.
Glass harp and glass harmonica. Tuned glass vessels or spinning glass bowls sounded by a wet finger. Near-pure tones with very little attack, hence the overlap in atmosphere with a handpan playing softly. No construction or technique in common at all.
Why the confusion persists. All of these are melodic, resonant, sustaining, played without a keyboard or frets, and heavily used in ambient, meditative and sound therapy contexts. Streaming playlists and shop categories group by listening context, so the algorithms keep them adjacent. If you came to the handpan through one of these, it is worth listening to some of the more rhythmic, percussive handpan playing before you buy, because that side of the instrument is the part the ambient playlists hide.
How a handpan is actually built, what the tuner is doing with the hammer, and what it takes to become a maker yourself.
A handpan is a thin steel dome whose tuning lives entirely in the shape and tension of the
metal. There are no strings to adjust, no reeds to swap and no frets to reposition. Everything
you hear was put there with a hammer and is held in place by the residual stress in the sheet.
That single fact explains almost everything odd about how these instruments are made: why one
takes forty to eighty hours of skilled work, why it has to be tuned and rested and tuned again
over weeks, why makers scrap a meaningful proportion of what they start, and why waiting lists
of a year or more are normal rather than a sign of a badly run workshop.
The craft was genuinely closed in the 2000s and has opened up a great deal since, mostly
because deep drawn shells, tuning tools and spectrum analysis software became things you can
simply buy. What has not become buyable is the skill. These pages are honest about that: they
will tell you exactly what the process is, and also that knowing the process is a small
fraction of being able to do it.
Where makers disagree, and they disagree about a lot, particularly shell forming methods and
heat treatment, these pages say so rather than picking a winner.
An honest look at what building handpans actually involves: the money, the space, the years, the courses that exist, and whether there is a living in it.
Short answer. Yes, you can, and people do it every year from kits and bought shells. Whether you should depends entirely on whether you want an instrument or want a craft, because the fastest route to a good handpan is buying one and the route to making one is measured in years.
Be clear with yourself about the goal.
If you want a handpan to play, making one is a bad plan. A first attempt from a bought shell will cost you several hundred in materials, dozens of hours, and will almost certainly produce something with unstable pitches, weak sustain and audible crosstalk. Experienced builders say this plainly. One long standing guide puts it as: you will not have a good sounding handpan, at least not at first. Meanwhile a serviceable factory instrument can be had for a few hundred and a good one for a couple of thousand.
If you want to learn a craft, it is a wonderful one, and there has never been a better time to start. Deep drawn shells are commercially available, tools are sold openly, tuning software exists, and there are more people willing to teach than there were ten years ago. The barrier is no longer secrecy or access to materials. The barrier is the thousands of hours of hand and ear training described in MAK-13.
A middle path many people take: buy a pair of ready made shells, build one instrument end to end, and treat it as an education rather than a product. You will learn more about what a good handpan is than any amount of reading gives you, and you will understand exactly what you are paying for next time you buy. Just budget the money as tuition, not as an instrument.
Things that predict success: prior experience in metalwork, panel beating, silversmithing or especially steelpan tuning; access to someone who will look over your shoulder; patience with delayed feedback; and a workshop you can make noise in. Things that predict failure: expecting a playable result in a weekend, working from YouTube alone, and trying to rush the rest periods.
MAK-16What does it realistically take to start making handpans?#
intermediate
Short answer. A few thousand in tools and materials to begin, a workshop you can hammer in for hours without complaints, access to a heat treatment furnace, and two to five years before you are making instruments worth selling.
Money. The entry cost is lower than most people expect and the ongoing cost is higher. A rough sketch:
Deep drawn shells from a specialist supplier, sold in top and bottom pairs, are the usual starting point. Budget for several sets, because your first few will not survive.
Tuning rings and a stand: a complete ring set with hardware is available in the low hundreds of euros.
Hammers: nylon faced tuning hammers around the tens of euros each, taxi hammers cheaper, plus whatever you use for rough shaping.
Muting magnets, adhesive (Merbenit HS60 is the trade standard, sold by the tube), abrasives and rust protection: a few hundred to get going.
Software: LinoTune or an equivalent spectrum analyser.
Heat treatment: almost nobody starts with their own nitriding furnace. You send shells to a commercial heat treater, which means minimum batch sizes, lead times and a recipe you will spend years refining.
Call it two to five thousand to be properly equipped, plus materials you will scrap.
Space. Handpan making is loud, in a sustained, penetrating way, for hours at a stretch. A shared wall is a problem. You also need somewhere the instrument can rest undisturbed between tuning passes, which means a workshop you are not clearing every weekend.
Time. Not just the forty to eighty hours per instrument, but the calendar. Because of rest periods you cannot compress learning by working harder. You can only work on more instruments in parallel, which multiplies your material cost.
The honest bit. The tools are cheap relative to the skill. Nothing on the list above is what stands between you and a good instrument. What stands between you is the number of tuning hours you have accumulated, and there is no shortcut through that.
MAK-17Are there handpan making courses, and where?#
intermediate
Short answer. Yes, but they are far rarer than playing workshops and they are not usually advertised widely. Most run as small hands on sessions with an established maker, arranged directly, and a short course teaches you the process rather than the skill.
Be careful with search results here. The overwhelming majority of things called a “handpan workshop” or “handpan course” are playing lessons, not building. Building courses exist but you generally find them by asking makers directly, through maker forums, or through supply companies who know who is teaching.
The formats that exist:
One to one or small group sessions with a maker. The most valuable and the hardest to get. Typically a few days to a couple of weeks in someone’s workshop, covering shaping and the beginnings of tuning. Availability comes and goes, since a maker teaching is a maker not building.
Occasional multi day building courses. Run sporadically in Europe and North America, sometimes attached to festivals. Usually you leave with an instrument of some kind and a realistic sense of how far you are from a good one.
Steelpan tuning courses. Genuinely useful and much more established, because Trinidadian steelpan tuning has a longer pedagogical tradition. The physics and much of the hammer technique transfer directly. If you cannot find handpan tuition, this is the best adjacent training available.
Online material. Video series and paid courses exist and can teach the sequence, the vocabulary and the tool list. What they cannot teach is hammer feel, which needs someone watching you.
Mentorship. Still the most common route into the craft, and worth pursuing above any paid course. Makers are more approachable than the community’s reputation for secrecy suggests, particularly if you approach as someone willing to sweep floors and prepare shells rather than someone wanting the recipe.
Because provision changes constantly and courses are often announced only to mailing lists, this page deliberately names no specific course. Ask in maker communities for current offerings rather than trusting an older list.
MAK-18Can I make a handpan from a propane tank or gas bottle?#
beginner
Short answer. You can make a good steel tongue drum from a propane tank, and people have been doing it since the mid 2000s. You cannot make a handpan from one, because the steel is far too thick and the wrong shape for hammered tone fields.
This is one of the most persistent confusions in the hobby, and it comes from a real project: the “hank drum”, made by cutting a propane tank in half and cutting tongues into the top with a jigsaw or plasma cutter. It works, it is genuinely fun, it costs almost nothing, and it produces a pleasant instrument. Dennis Havlena published plans that circulated widely and inspired thousands of builds.
But look at what it actually is. A tongue drum makes pitch by cutting tongues of metal that vibrate as cantilevers, tuned by adjusting tongue length. A handpan makes pitch by hammering a dimpled tone field into a thin dome, tuned by shaping the curvature and border so that three partials line up. They are different instruments with different physics.
Why a gas bottle cannot become a handpan:
Thickness. Propane cylinder steel is typically two to three millimetres or more. Handpan shells run around one millimetre. You cannot hammer three millimetre steel into tone fields with hand tools, and even if you could, the stiffness would give you almost no sustain.
Geometry. A cylinder end is not a synclastic shallow dome. The curvature that makes a handpan note work is not there.
Material and heat treatment. Cylinder steel is not chosen for acoustic properties and has not had the forming and heat treatment history a shell has.
No tuned harmonics. Even a well made tongue drum generally gives you a fundamental and not the tuned octave and compound fifth stack that gives a handpan its bell like fusion.
So what should you actually build? If you want a cheap, satisfying weekend project that makes real music, build the tongue drum. It is a genuinely good instrument on its own terms and no less legitimate for being cheap. If you want a handpan, buy proper shells. Suppliers sell deep drawn top and bottom sets for exactly this purpose and it is the only sane starting point.
Short answer. There is a modest living for a skilled maker with a reputation and a waiting list, and very little for anyone else. The economics are constrained by the fact that output is capped by hours and scrap rate, not by demand.
Work through the arithmetic honestly.
Revenue is capped by hours. At forty to eighty hours per instrument, a full time solo maker working hard might complete somewhere in the region of twenty five to fifty instruments a year, and many make fewer. Workshops that reach the low hundreds annually do it by adding people, not by going faster. Multiply by a realistic price and you have your ceiling. There is no version of this business where you sell ten times more by working smarter, because the tuning cannot be delegated to unskilled labour or automated.
Costs are not trivial. Shells, heat treatment, adhesive, consumables, tools, workshop rent, shipping (heavy, fragile, international), payment processing, packaging, and the instruments you scrap. Scrap is the quiet killer: if you lose one in eight builds, every finished instrument carries the material and labour of the failures.
Cash flow is awkward. Deposits help, but you are financing weeks of work per instrument, and if a build fails late you have consumed the money and have nothing to deliver.
Competition has intensified. Widely available deep drawn shells lowered the barrier to entry dramatically. Many more makers now exist than a decade ago, at every quality level, and price pressure from high volume workshops is real at the lower end.
What actually works. Makers who do well tend to have some combination of: a distinctive voice people seek out by name; a long waiting list built over years; a second income stream such as retuning, repairs, shell supply, teaching, or selling tools; and low overheads. Retuning other makers’ instruments is an underrated line of business, since it is skilled, quick relative to a build, and demand grows with the installed base.
What does not work. Undercutting on price. You are competing with workshops that have optimised for volume, and racing them to the bottom while doing everything by hand is a losing position.
Nobody sensible enters this craft for the money. People enter it because they want to spend their working life hammering steel into tune, and the good ones eventually make a reasonable living at it.
MAK-20How do makers learn, given how secretive the craft has been?#
advanced
Short answer. Mostly by reverse engineering, by trial and error over years, and increasingly by mentorship and open sharing. The craft was genuinely closed in the 2000s and has opened up substantially since, though the details that matter most, particularly heat treatment recipes, still stay in the workshop.
The history explains the culture. PANArt developed the Hang from Trinidadian steelpan work and did not publish their methods. When demand vastly exceeded supply in the mid 2000s, people who wanted the instrument and could not get one started trying to build it. That first generation, from around 2007 onwards, largely reverse engineered the instrument from the outside: measuring, listening, guessing at heat treatment, and failing repeatedly. Some had steelpan backgrounds, which helped enormously.
Several things changed after that:
Shells became a product. Once suppliers began selling deep drawn shells, the hardest capital intensive step was available to anyone. This alone probably did more to open the craft than any deliberate sharing.
Tools and software became public. Tuning hammers, rings, stands, magnets and adhesives are now sold openly by supply shops. Spectrum analysis software written for the task is available to anyone.
Forums and communities formed. Handpan.org from 2009 and later Facebook groups gave builders somewhere to compare notes. The general standard of instruments rose noticeably as a result.
Some makers began teaching. Not many, and not systematically, but enough that mentorship is now a realistic path rather than a fantasy.
What remains closed: nitriding and heat treatment recipes, which makers describe as years of refinement and treat as their core intellectual property; note layout templates, which encode enormous accumulated knowledge; and the fine judgement of border work, which is arguably not transmissible in writing anyway.
There is also an unresolved cultural tension. Some makers are open because they think a rising standard helps everyone. Others are guarded, partly to protect a livelihood and partly because of a genuine belief that the craft should be earned rather than downloaded. Both positions have been argued at length in the community for twenty years, and the ongoing legal dispute over the instrument’s design has not made anybody more relaxed about sharing.
The full journey from a flat disc of steel to a tuned instrument: shell forming, heat treatment, note layout, shaping, repeated tuning and final assembly.
MAK-01How is a handpan made, from flat sheet to finished instrument?#
beginner
Short answer. A flat steel disc is formed into a shallow bowl, tone fields are marked and hammered into it, the shell is heat treated, then tuned by hammer over many sessions with rest periods between them, and finally glued to a second bowl that carries the sound hole.
The sequence almost every maker follows, whatever their individual methods:
Blank. A circular disc of sheet steel, typically somewhere around 0.8 mm to 1.2 mm thick and 45 cm to 60 cm across, is cut or bought ready cut.
Forming. The disc is turned into a shallow dished bowl, either by hammering it down by hand, by pressing it, by spinning it on a lathe, or by hydroforming it with water pressure. See MAK-02.
Marking out. The tone field positions are laid out on the top shell, usually from a template the maker has developed over years.
Rough shaping. Each note gets its dimple and its surrounding border hammered in. This is where the note is born, and it is mostly rough work.
Heat treatment. The shell is heated and cooled under control. For carbon steel this often means nitriding, a long furnace cycle described in MAK-03. Others anneal, temper or normalise instead.
Tuning. The maker works each note towards its target frequencies with a hammer, checking constantly against software or a strobe. This takes many passes.
Resting and retuning. The instrument is put aside for days or weeks, then brought back and corrected. Repeat until it stops moving. See MAK-06.
Assembly. Top and bottom shells are glued together, the rim is trimmed and finished, and the surface is cleaned and protected. See MAK-07.
Final check. A last tuning pass after assembly, because joining the shells changes the sound, then playing in, photographing and packing.
Different makers reorder steps 4 to 7 substantially, and some run heat treatment more than once. What almost nobody does is a single linear pass. The instrument goes forwards and backwards through shaping, heating and tuning until it settles.
MAK-02How are handpan shells formed, and does the method change the result?#
intermediate
Short answer. Four methods dominate: hand sinking, deep drawing, spinning and hydroforming. They differ mainly in how evenly the steel thins and how much internal stress they leave, and makers argue about whether the audible difference is large or mostly marketing.
Hand sinking is the traditional steelpan approach. The maker hammers the disc down into a dish over thousands of blows, working from the outside in. It thins the metal unevenly, work hardens it, and leaves a distinctive hammered texture. Advocates say the resulting stress pattern gives a warmer, more individual voice. Critics say it makes consistency between instruments almost impossible.
Deep drawing presses the disc into a die in seconds using an industrial press and a blank holder ring. It is by far the most common source of shells today, because it gives very even wall thickness and repeatable geometry. Several specialist suppliers sell deep drawn shells to makers, which is a large part of why the number of handpan makers grew so quickly after about 2010. A maker buying shells is not necessarily cutting corners: the shaping and tuning that follow are still the hard part.
Spinning turns the disc on a lathe while a roller or tool progressively forms it into a bowl. It produces a smooth, even shell and was used by some early makers as an alternative to hand sinking.
Hydroforming uses water or hydraulic pressure to push the sheet against a die or simply into free form. It is gentle and even, and it can be done at surprisingly modest cost. Colin Foulke publicly demonstrated a version using a pressure washer, frames and bolts, which was influential in showing hobbyists that shell forming was not out of reach.
Does it change the sound? Honestly, the forming method matters less than what happens afterwards. Wall thickness distribution and residual stress do affect how a note behaves under the hammer, and a hand sunk shell behaves differently from a drawn one in the tuner’s hands. But two instruments from the same maker on different shell types usually sound more alike than two instruments from different makers on identical shells. Be sceptical of any claim that one forming method is inherently superior.
MAK-03What is nitriding, and why do makers do it?#
intermediate
Short answer. Nitriding is a long, hot furnace treatment that drives nitrogen into the steel, forming hard iron nitrides. It makes the steel stiffer, more corrosion resistant and much better at holding a tuning, at the cost of some brightness and sustain if it is overdone.
The commonest version in handpan making is gas nitriding: the shell sits in a furnace in an ammonia atmosphere, typically somewhere in the region of 490 to 580 degrees Celsius, for anything from a few hours to well over a hundred. The ammonia dissociates and nitrogen diffuses into the surface, forming a hard compound layer and a deeper diffusion zone of needle shaped iron nitrides.
Plasma or ion nitriding does the same job using an electrically excited gas at lower pressure. Makers who have compared the two often report that plasma nitrided instruments come out brighter, with less damping of the high partials, while gas nitriding tends to stiffen and slightly mute the sound.
Three reasons makers bother:
Rust. Handpans live under salty, acidic human hands. Untreated carbon steel corrodes fast. Nitriding is not stainless, and a nitrided pan will still rust if neglected, but it buys a lot of margin.
Tuning stability. Steel has a memory. Hammered tone fields want to creep back towards their previous shape. Hardening the metal resists that creep, which is one of the main reasons nitrided instruments hold tune better than untreated ones.
Tone. The stiffening changes the timbre. Some of the character people associate with a good handpan comes from this treatment rather than from the tuning alone.
The trade off is real. Push the treatment too deep and you get an instrument that is very stable and very dull, with short sustain. Keep it light and you keep brightness but gain little rust protection. Every maker who uses the process describes their furnace recipe (temperature, hold time, gas mix, pressure, single stage or two stage) as something they refined over years, and most will not share it.
PANArt held a patent on an “exhaustive” nitriding method that nitrided through the full sheet thickness rather than just the surface, filed in June 2009 and granted at the EPO in 2014. The European patent was revoked in 2023, and the family lapsed in several jurisdictions from 2020 for non payment of renewal fees.
Going deeper. Nitriding is done after shaping but usually before final tuning, because the hardened steel behaves differently under the hammer and a maker needs to tune the material as it will actually be. Some makers run more than one furnace cycle across a build.
MAK-04How are the tone fields laid out on the shell?#
intermediate
Short answer. The maker marks note positions from a template developed over years, sizing each field to its pitch (bigger and deeper for lower notes) and arranging them so that neighbouring notes are not intervals that will make each other buzz.
Layout is the step that looks trivial and is not. It takes minutes of physical work and years of knowledge, because once the fields are hammered in, the geometry is fixed.
Several things have to be reconciled at once:
Size against pitch. A tone field’s fundamental depends chiefly on its area, the curvature of its dimple, and the stiffness of the border around it. Low notes need large, deep fields; high notes are small and shallow. The lowest note of the scale, the ding, sits in the centre as a dome and behaves differently from the rest.
Fitting the scale on the shell. A nine note instrument on a 53 cm shell has plenty of room. A fourteen note instrument on the same shell does not. Fields have to shrink, borders get thinner, and the maker starts trading sustain and volume for note count. This is a real reason why very high note count instruments are harder to build well and often sound tighter.
Crosstalk. Adjacent fields share the same sheet of steel and couple through it. Put two notes an octave apart side by side and striking one will visibly excite the other. Some coupling is desirable and part of the instrument’s bloom. Too much and you get sympathetic ringing that muddies everything. Makers manage this by choosing where in the circle each pitch sits, by spacing, and by how they shape the borders. Standard handpan layouts, with the scale alternating left and right up the circle, evolved partly for playability and partly because it separates the intervals that fight.
The bottom shell. The gu, the tuned port in the lower shell, is a Helmholtz resonator. Its size and the shell volume set its pitch, and it interacts with the lowest notes.
Makers guard their templates. A template encodes the answers to hundreds of small questions about a particular shell size, steel thickness and scale, and copying one is copying much of the maker’s accumulated work.
Short answer. The maker hammers a shallow concave dimple into the marked area and works a raised border around it, which sets the field’s boundary condition. The dimple and the border together determine the note’s pitch, its overtones and how cleanly it speaks.
Two features do the work.
The dimple is the shallow depression in the centre of the field. Hammering it in stretches and thins that patch of steel, and the resulting curvature and tension set the fundamental. Deeper and wider generally means lower.
The border is the ridge or transition worked around the field’s edge. It is the boundary condition for the vibrating area, and it matters enormously. A well defined border isolates the field, gives a clear pitch and reduces bleed into neighbours. A vague border gives a woolly note that leaks energy sideways. Makers describe border work as having as much effect on the note’s character as the dimple itself.
Rough shaping is done with heavier tools: air hammers, pneumatic hammers, or hand hammers on a form. Some makers use presses or dies for consistency, others insist on hand work because the slight variation from blow to blow gives each note an individual character. Both positions are defensible and both produce good instruments.
At this stage the note is nowhere near in tune. It is roughly the right size, roughly the right shape, and roughly the right pitch. The point is to establish geometry and to get the steel work hardened and stretched into a stable configuration. Everything after this is refinement measured in single cents.
Going deeper. The three main partials respond differently to where the hammer lands. Broadly, work in the centre of the dimple moves the fundamental most, work around the border and the outer parts of the field affects the higher partials more, and work outside the field affects the tension holding everything. This is the lever a tuner uses to move partials independently, and it is covered in MAK-11.
MAK-06Why is a handpan tuned, rested and retuned over and over?#
intermediate
Short answer. Hammering leaves the steel under internal stress, and that stress relaxes over hours and days, pulling the notes off pitch. Tuning, resting so the steel can move, then correcting is the only reliable way to reach a tuning that stays put.
Think of a tuned tone field as a balance of tensions in a thin sheet. Every hammer blow adds local stress. Immediately after a session the instrument can measure perfectly in tune and be lying to you: over the next days the stresses redistribute, the field creeps, and the pitch drifts. Play it hard and you accelerate the same process.
So the workflow is cyclical. A maker will typically:
tune a pass, getting everything close
put the instrument aside, from a couple of days to a couple of weeks
come back and measure what has moved
correct, often with much lighter hammer work
rest again
repeat until a rest period produces almost no movement
Some makers add heat between passes: a controlled bake or anneal that relieves stress deliberately rather than waiting for it to relieve itself. Others tap or play the instrument hard on purpose to provoke movement before the customer can. Either way, the goal is the same, which is to get the steel to do its settling in the workshop instead of in the buyer’s living room.
Amateurs almost always underestimate this. A common piece of advice from experienced builders to beginners is to leave three or four days between heavy tuning sessions and to expect fine tuning done immediately after rough work to be wasted effort.
How many passes? It varies enormously. Some makers report three or four cycles; others take an instrument through many more over weeks or months and treat the wait time as the single biggest difference between a stable instrument and one that drifts within a year. Makers who rush this stage produce pans that measure well on the day of sale and need retuning surprisingly soon.
Short answer. Almost all modern handpans are glued, not welded, using a flexible industrial adhesive along the rim. Welding is avoided because the heat would ruin the tuning and the rigid joint would damp the instrument.
The two formed shells meet at the rim, and how that joint is made has real acoustic consequences. A rigid joint couples the shells strongly and tends to kill sustain. A joint with some compliance lets the top shell vibrate more freely while still forming the sealed cavity the instrument needs.
The standard solution is a flexible polymer adhesive. One product, Merbenit HS60, has been used widely in the trade for well over a decade and is sold by handpan supply shops alongside shells and tools, which tells you how settled this part of the craft is. The adhesive is run around the rim, the shells are clamped or strapped, and the assembly is left to cure.
Variations you will encounter:
Rim treatment. After curing, the excess is trimmed and the rim is sanded, filed or polished. Some makers leave a visible glue line; others finish it almost invisibly. This is cosmetic, not acoustic.
Riveting or bolting. A few builders add mechanical fasteners, usually on larger or unconventional instruments.
Welded or brazed rims. Rare in handpans, common in some steelpan traditions. It makes later repair and retuning far harder.
Bolted or removable joints. Occasionally used experimentally so the interior can be accessed, but they tend to buzz.
Joining changes the sound. Sealing the cavity brings the gu resonance into play and slightly shifts the pitches of the notes, particularly the low ones. That is why most makers do a final tuning pass after assembly rather than treating gluing as the last step.
The joint is also a maintenance point. A knock on the rim can crack a glue line, and instruments do occasionally come apart at the seam, usually after impact or extreme heat. It is repairable by a maker.
MAK-08How many instruments do makers scrap, and why?#
advanced
Short answer. Nobody publishes reliable figures, but a loss rate somewhere in the range of roughly one in ten to one in five is often quoted for established makers, and far higher for beginners. Instruments are scrapped for cracks, for notes that will not stabilise, and for tone the maker will not put their name on.
Treat any precise number with suspicion. Makers have no incentive to publish scrap rates, and the figures that circulate come from interviews and blog posts rather than audited data. What is clear is that the rate is high enough to be a major cost driver, and that it falls steeply with experience.
The common causes:
Cracking. Thin steel that has been repeatedly stretched can tear, usually at a border or at the edge of a dimple. Once a tone field cracks it is effectively finished, since the crack changes the boundary condition and will propagate. Cracks are more likely on aggressive shaping, on thin steel, on high note count layouts, and on notes pushed far from the size their pitch wants.
Notes that will not settle. Sometimes a field simply refuses to hold. It goes in tune, rests, drifts, gets corrected, drifts again. At some point the maker decides the steel in that spot is too worked to hold anything and the instrument comes off the bench.
Partials that will not line up. Getting the fundamental right is achievable. Getting the fundamental, octave and compound fifth all right at once, on every note, without wrecking a neighbour, is where builds die. A note where the octave is stubbornly flat while the fundamental is correct may not be fixable.
Aesthetic and tonal rejection. Plenty of scrapped instruments would play. They are scrapped because the maker judges the sustain too short, the timbre uneven across the scale, the crosstalk excessive, or the finish poor. This is a judgement call, and where a maker draws that line is a large part of why prices differ between workshops.
Some makers sell rejected builds as seconds, clearly labelled and heavily discounted. Others destroy them rather than let anything below standard carry their name. Neither approach is wrong, but as a buyer it is worth knowing which one you are dealing with.
Short answer. Perhaps forty to eighty hours of actual work per instrument for an experienced maker, but spread over weeks or months of calendar time because of the resting periods between tuning passes.
There are two clocks running and people confuse them constantly.
Hands on hours. Forming, shaping, tuning passes, assembly and finishing. Estimates from makers commonly land in the range of forty to eighty hours for a standard instrument, with tuning taking the majority of it. The number climbs sharply for high note count instruments, unusual scales, or anything the maker has not built before.
Calendar time. Because the steel has to rest between tuning sessions, and because heat treatment is often outsourced to a furnace with its own schedule, an instrument that represents fifty working hours may take six weeks to three months to pass through the shop. Makers with long waiting lists are usually not slow at the bench; they are batching instruments through a process with unavoidable waiting built into it.
This explains two things buyers find frustrating. First, waiting lists of six months to two years at well regarded workshops are normal rather than a sign of disorganisation. Second, prices do not fall much with volume, because there is no meaningful economy of scale. Every instrument is shaped and tuned individually by a skilled person, there are no interchangeable parts, and the hardest step cannot be automated. Most respected small workshops turn out something in the low hundreds of instruments a year at most, and many make far fewer.
A useful sanity check when you see a very cheap instrument advertised for immediate dispatch: ask yourself how many hours of skilled tuning the price can possibly contain. Sometimes the answer is that the shell was bought in and the tuning was quick, which can still produce a serviceable instrument. Sometimes the answer is that nobody really tuned it.
What a handpan tuner is actually doing: the partials they chase, the tools they use, why the skill takes years, and why a new instrument can still move.
MAK-10What is a tuner actually listening and looking for?#
advanced
Short answer. Three partials per note, each at its own target frequency, plus the way the note decays, how much it excites its neighbours, and whether the whole scale sounds like one instrument rather than a set of individually correct notes.
Every handpan tone field is tuned to produce at least three related partials: the fundamental, an octave above it, and a compound fifth, which is an octave and a fifth above the fundamental. On a well built instrument these lock together and fuse into a single pitch with a bell like quality. On a badly built one you hear them as separate, slightly out of agreement voices, and the note sounds hollow or sour even when a chromatic tuner says the fundamental is fine.
Do the arithmetic on an eight note instrument plus the ding and you have around twenty seven partials to reconcile, each of which moves when you touch any of the others.
Beyond frequency, the tuner attends to:
Sustain and decay shape. How long the note rings, and whether it decays smoothly or has a lumpy envelope. Over hammered steel goes dead. Under worked steel rings but wanders.
Crosstalk. Strike one note and watch what else speaks. Some sympathetic response is the instrument’s bloom. Excessive response, particularly from a neighbour at an awkward interval, muddies playing and is a defect.
Extraneous partials. Notes often carry additional modes above the main three. A tuner will listen for anything prominent enough to fight the intended sound and try to push it out of the way or damp it through border work.
Evenness across the scale. Volume, timbre and sustain should be consistent as you move round the circle. A scale where three notes bloom and two are thin is a scale where the buyer will avoid two notes forever.
Response to touch. Does the note speak at a whisper as well as at full volume, and does its character hold across dynamics?
The measurable part is the frequencies. The rest is judgement, and it is why two makers with the same software and the same shells produce audibly different instruments.
MAK-11How do you move the three partials independently with a hammer?#
advanced
Short answer. By choosing where on and around the tone field you strike, and from which side. Each partial has a different vibrational mode with different areas of maximum motion, so hammering in a given spot moves some partials a lot and others barely at all.
The physical principle is straightforward. Each partial corresponds to a mode shape with its own pattern of antinodes (where the metal moves most) and nodal lines (where it barely moves). Adding or removing tension in a region affects a partial in proportion to how much that region matters to that partial’s mode. Hit a node for the octave and the octave hardly notices; hit its antinode and it shifts.
In broad terms, and every maker will qualify this:
Work at or near the centre of the dimple has the strongest effect on the fundamental.
Work along the long axis versus the short axis of the field separates the octave from the compound fifth, because those two modes are oriented differently across the ellipse.
Work on the border and the shoulder just outside the field changes the boundary stiffness and tends to move the higher partials more than the fundamental.
Work from inside the shell pushes the steel outwards and generally raises pitch; work from outside pushes inwards and generally lowers it, though the relationship reverses in places depending on local tension.
That last point is why access matters. A tuner needs to get a hammer inside the shell before assembly, which is one more reason the final assembly happens late and why post assembly retuning is harder and more limited than tuning an open shell.
In practice the tuner is solving a coupled system. Correcting a flat octave will drag the fundamental somewhere. Fixing the fundamental will disturb the compound fifth. The skill is knowing a sequence of small moves that converges rather than oscillating, and knowing when a note is asking for a move that will crack it.
Blows are light and numerous. Estimates of total hammer strikes per instrument in the tens of thousands are commonly quoted, and while nobody counts, the order of magnitude is right: fine tuning is hundreds of taps per note, each worth a fraction of a cent.
Short answer. A range of hammers from heavy shaping hammers down to small nylon faced tuning hammers, a tuning stand or ring that supports the shell without damping it, magnets for muting neighbouring notes, and spectrum analysis software that shows several partials at once.
Hammers. Not one hammer but a family of them. Heavy steel or pneumatic hammers for rough shaping and border work. Medium hammers, sometimes called taxi hammers, for coarse tuning. Small hammers with replaceable nylon or plastic heads for fine work, chosen because they move steel gently and do not mark the finish. Supply shops that serve makers sell these as standard stock, with nylon headed tuning hammers and rubber modified tuning sticks priced in the tens of euros.
Tuning stand or rings. The shell has to be supported so it rings freely while the tuner works. The usual solution is a set of rings, often with rubber or padding, on a stand with bolts allowing the height and angle to be set. Support it wrongly and you damp the very partials you are trying to measure.
Muting magnets. Small magnets in a range of sizes, placed on neighbouring tone fields to stop them ringing sympathetically while you measure the note in front of you. Without them a spectrum reading is contaminated by whatever else in the instrument is responding.
Analysis software. This is the tool that changed the craft. Handpan tuners generally use a spectrum analyser or multi channel strobe rather than a single note chromatic tuner, because they need to see the fundamental, octave and compound fifth simultaneously and watch all three respond to a single hammer blow. LinoTune, written by a German programmer for this exact task, is widely used and lets a tuner configure windows for specific partials, including a laser strobe projection so the tuner is not craning at a screen. Others use general purpose analysers, and some experienced tuners still cross check by ear against a reference.
Support kit. Files, sanding and finishing supplies, adhesive for assembly, and access to a heat treatment furnace, usually a specialist’s rather than the maker’s own.
None of this is expensive relative to the skill required. You can buy the whole toolkit for a few thousand and still be years away from producing a saleable instrument.
MAK-13Why is tuning so hard to learn, and how long does it take?#
advanced
Short answer. Because the feedback is delayed, the system is coupled, and mistakes are often unrecoverable. Most people who become competent tuners describe two to five years before they are producing instruments they would sell, and longer before they are consistent.
Four things make it unusually hard to learn.
Delayed and misleading feedback. You hammer, you measure, the note reads correct, and three days later it has moved. That means the signal telling you whether a given technique works arrives days after the action, mixed with the effects of everything else you did in that session. Skills learn slowly under delayed feedback. Compare it to something like woodwork, where a cut is right or wrong immediately.
Coupling. You cannot practise one note in isolation, because working on it changes its neighbours and the overall shell tension. There is no equivalent of practising scales.
Irreversibility. Steel work hardens. Every blow uses up some of the material’s remaining capacity to be moved. A beginner who overshoots and hammers back and forth trying to correct is not returning to the starting point, they are exhausting the steel. Many learning builds die not from one catastrophic mistake but from accumulated over correction.
Cost of each repetition. A guitar maker’s practice piece is wood. A tuner’s practice piece is a shell that costs real money, takes hours to shape, and is scrap at the end. That limits how many repetitions you can afford, which is precisely what a delayed feedback skill needs most of.
On top of this, tuning demands a genuinely unusual combination: metalworking feel, patient ears, an understanding of modal behaviour, and the temperament to spend forty hours on something you may throw away.
Realistic milestones people describe: a first instrument that makes recognisable pitches within months; something a friend would happily play after a year or two; something worth selling after two to five years; consistency across a whole production run after considerably longer. Makers who reached a high standard quickly almost always had either a mentor or a background in steelpan tuning, silversmithing or panel beating.
MAK-14What are “stress relief” and “settling”, and why might a new instrument shift?#
intermediate
Short answer. Hammering locks internal stress into the steel, and that stress gradually relaxes, moving the notes. Stress relief is the deliberate use of heat or time to let that happen in the workshop. Settling is the same process happening slowly in your hands after you take the instrument home.
When you hammer thin steel you do not just change its shape, you leave residual stress in it: regions pulled tight against regions pushed out. That stress state is what holds the tuning, and it is also what wants to change. Over time, and faster under heat, vibration and impact, the stresses redistribute towards a lower energy configuration. The tone fields creep, and the pitches move with them.
Makers manage this in three ways, usually all three at once:
Time. Rest the instrument between tuning passes and let it move, then correct. Covered in MAK-06.
Heat. A controlled bake, anneal or temper deliberately relaxes stress rather than waiting. Some makers run a stress relief cycle between tuning passes; others rely on the heat of nitriding to do the same job.
Hardening. Nitriding stiffens the steel so it resists creep in the first place, which is why nitrided instruments tend to be more stable than untreated carbon steel ones.
What this means for a new owner: a small amount of movement in the first months is normal, not a defect. Typical drift on a properly finished instrument is a few cents on a few notes, often the highest and the lowest, and it usually settles rather than accelerating. Makers differ on how they handle it, and some offer a free first retune within the first year or two for exactly this reason. Worth asking about before you buy.
What is not normal: notes moving by tens of cents, notes that keep moving after the first year, or a note that develops an audible wobble or a doubled sound. Those point at rushed tuning, at damage, or at a field that was pushed too far.
You can help. Do not leave the instrument in a hot car or in direct sun, do not play it with mallets or heavy hands, and do not subject it to temperature shocks. Heat and impact are the two things that accelerate stress redistribution most.
Trademarks, the copyright dispute over the Hang, selling and shipping safely, import charges, insurance, and making money with the instrument.
Everything in this section is general information, not legal, tax or financial advice.
Intellectual property law, customs rules, VAT rates and insurance regulation all differ
between countries and change over time, and the handpan’s legal position in particular has
been actively litigated in Switzerland and Germany for years and is still moving. If money or
liability is riding on the answer, take advice from a qualified professional in your own
jurisdiction.
This section covers the two things people usually discover late: that the instrument has an
unusually complicated legal history, and that owning something heavy, fragile, valuable and
mostly made abroad has practical consequences.
On the legal side, the short version is that “Hang” is a registered trademark belonging to
PANArt and names only their own instruments, that “handpan” was coined in 2007 as a deliberately
generic term and is free to use, and that the serious dispute has never been about patents at
all but about whether the instrument’s visual design is protected by copyright as a work of
applied art. Swiss courts have so far said that it is. What that means for builders outside
Switzerland is genuinely unsettled, and these pages try to describe the position without
overstating either the risk or the reassurance.
On the practical side, the rest of the section is about transactions: selling without being
defrauded, pricing a used instrument honestly, getting one across a border undented and
undertaxed, insuring it against the things that actually happen to it, and the real economics
of teaching and playing for money.
Trademarks, patents, the long running copyright dispute over the Hang, and who owns the music you play on your instrument.
This is general information, not legal advice. Intellectual property law differs
substantially between countries, the handpan situation in particular has been actively
litigated for years and is still moving, and nothing on this page is a substitute for advice
from a qualified lawyer in your own jurisdiction. If you are about to build, sell, import or
name a product commercially, get proper advice.
BIZ-01Is “Hang” trademarked, and by whom?#
beginner
Short answer. Yes. Hang is a registered trademark of PANArt in Switzerland, registered in 2008, and it refers only to instruments PANArt themselves made. Calling a handpan by another maker a “Hang” is incorrect, and using the word commercially can attract a legal complaint.
PANArt, the Bernese workshop of Felix Rohner and Sabina Schärer, created the Hang in 2000. As copies started appearing from around 2007, they registered Hang as a trademark in May 2008 specifically to stop the name becoming a generic term for the whole category. The registration was later extended to cover services such as courses and publications, which was aimed at people advertising lessons for other instruments under the Hang name.
Two consequences follow.
“Hang” names a specific set of instruments. PANArt made Hang instruments from 2000 until they stopped in late 2013, and they continue to use the brand for later instruments such as the Gubal. Roughly, the instruments split into first, second and third generation Hang plus the Free Integral Hang. If your instrument was not made by PANArt, it is not a Hang, regardless of what the seller called it.
“Hang drum” is doubly wrong. PANArt have been vocal that the instrument is not a drum, that the name misleads people into striking it too hard, and that they reject the term. It survives mostly because it is what people type into search engines. Sellers who use it are usually chasing traffic rather than making a claim about provenance, but it is still a term the makers themselves asked people to stop using.
For a private individual, none of this is a hazard. Saying “hang drum” in conversation is a vocabulary error, not an infringement. Trademark law bites on commercial use: selling, advertising, or branding goods and services. A shop listing generic instruments as “Hang drums for sale” is in a genuinely different position from a player using the phrase casually.
BIZ-02Is “handpan” a free term that anyone can use?#
beginner
Short answer. In general use, yes. It was coined as a deliberately generic term in 2007 and has been used freely by the whole industry ever since, which is exactly the outcome PANArt were trying to prevent for their own name.
The word appeared on Pantheon Steel’s website in 2007. They were building an instrument in response to the Hang and needed a name for the category rather than for their own product, so they introduced “handpan” explicitly as a generic term for this family of instruments. It spread quickly, and the launch of the handpan.org forum in 2009 cemented it as the standard word.
Because it was born generic and has been used generically by hundreds of businesses for well over a decade, “handpan” functions as the category name in the way “guitar” or “ukulele” does. You can describe your instrument, your shop, your lessons or your build as a handpan without needing anyone’s permission.
Some qualifications worth knowing:
Composite brand names are a different matter. A word mark that happens to contain “handpan” alongside distinctive elements can be registrable and often is. Plenty of makers and retailers hold trademarks on their own names. Being free to use “handpan” descriptively does not mean you can call your business by a name confusingly similar to an existing one.
PANArt use the word differently. They apply “hand pan” to copies made by other manufacturers and describe their own work as sound sculptures rather than handpans. That is a rhetorical position within an ongoing dispute rather than a legal claim on the word.
“Pantam” is the term that took hold in Israel and among some players and makers there, and is used interchangeably with handpan. It is another generic alternative rather than a rival brand.
The practical guidance: use “handpan” as your default word. It is accurate, generic, uncontested and understood. Reserve “Hang” for actual PANArt instruments, and avoid “hang drum” in anything commercial.
BIZ-03Did PANArt patent the instrument, and what protection existed?#
intermediate
Short answer. They never held a patent on the instrument’s basic form as such. They did hold a patent on a nitriding manufacturing method, since revoked in Europe, plus US design patents on particular instrument appearances, and their main legal weapon has turned out to be copyright rather than patent law.
Untangling the three things people conflate:
The utility patent on nitriding. PANArt filed in June 2009 for a method of producing a metallic sounding musical instrument using what they called exhaustive nitriding, nitriding the sheet through its full thickness rather than only at the surface. It was granted in the US in October 2013 and at the European Patent Office in 2014. The European patent was revoked in 2023, and members of the family lapsed in several countries from 2020 onwards for non payment of renewal fees. Note what this covered: a production process, not the shape of the instrument.
Design patents and registered designs. PANArt hold a series of US design patents filed in 2013 and 2015 and granted from 2015 onwards, covering the ornamental appearance of particular percussion instruments. A US design patent from an application filed before 13 May 2015 runs fourteen years from grant, and fifteen years for later filings, so several of these are still live. Design rights protect appearance, are jurisdiction specific, and are narrower than the copyright claim described below.
Copyright, which is where the real fight is. PANArt’s central argument has not been patent based at all. They argue the Hang is a work of applied art, a sound sculpture, and that its visual design is protected by copyright, which in most jurisdictions lasts for the author’s life plus seventy years and requires no registration. That is a far more powerful and far longer lived claim than any patent they ever held.
This is why the “the patent expired so handpans are fine now” claim you sometimes see in forums is wrong on two counts. The relevant patent covered a heat treatment method rather than the instrument, and the litigation that actually threatens builders was never about patents.
Going deeper. There is an irony here that the community notices: had PANArt patented the instrument’s form in 2000, the patent would have expired around 2020 and the question would be closed. Copyright in applied art potentially outlasts everyone currently involved.
Short answer. Hundreds of makers do, worldwide, and building for yourself is not a realistic risk. Selling commercially is genuinely unsettled in Europe, because Swiss courts have found the Hang’s design protected by copyright and have begun ruling on which competing instruments infringe. Take proper legal advice before you build a business on it.
The state of play, as clearly as it can be stated.
The dispute. From 2020 PANArt sent cease and desist letters to builders and retailers. Around twenty five manufacturers and distributors, mostly Dutch, German and Swiss, formed Handpan Community United (HCU) and brought proceedings in Bern seeking a declaration that the design was not protected.
2 July 2024. The Higher Court of the Canton of Bern ruled against HCU in a lengthy judgment, holding that the Hang qualifies as a protected work of applied art. It identified four protected features: the lenticular body formed from two synclastic shells, the central dome (the ding), the sound hole on the underside (the gu), and the circular arrangement of tone fields. Crucially, protection was found in the visual design, not in sound, tuning systems or acoustic principles.
27 February 2025. The Swiss Federal Supreme Court dismissed HCU’s appeal, but without re-examining the copyright analysis on the merits, on the basis that the question would not be reopened until the second phase had concluded.
16 June 2026. A second phase addressed which specific instruments fall within the scope of protection. Community reporting of the decision, published on the handpan blog Paniverse, describes the Bern Commercial Court assessing around 250 submitted designs and finding a good 200 of them infringing, with costs and compensation of roughly 175,000 euros awarded against the HCU parties and a thirty day appeal window. As of writing this has been reported by community sources rather than from a published court text, and the position may develop further.
What this means in practice.
Building one for yourself at home is not what any of this is about. Nobody is litigating private makers.
Selling commercially in Europe carries real, non theoretical risk if your instrument closely reproduces those four features.
Outside Europe the picture differs. Copyright protection for applied art varies enormously between countries, and the Swiss and German rulings do not automatically apply elsewhere.
Design workarounds discussed in the community include concave rather than domed central notes, non circular tone field arrangements, multiple central notes, and altered body profiles. Whether any given change is sufficient is a legal question, not a design question.
Get advice specific to your country and your design before committing money. This is exactly the situation the disclaimer at the top of this page exists for.
BIZ-05Can I use another maker’s scale names?#
intermediate
Short answer. Usually yes, and the industry does it constantly, but it is more a question of etiquette than law. Some scale names come from traditional music and belong to nobody, some were invented by specific makers, and at least one early maker asked others not to use theirs.
Handpan scale names come from three places.
Traditional or ethnomusicological names. Pygmy, Hijaz, Akebono and similar names describe scale forms that long predate the instrument. Nobody owns them and everyone uses them.
Invented names from the early makers. PANArt’s Integral appears to have been among the first fabricated scale names on this instrument. Pantheon Steel and Bellart, both active from around 2007, coined a batch of evocative names for scales with no traditional label: Golden Gate, Ursa Minor, La Sirena and others. Aaron Ximm at Pantheon Steel named many of their sound models.
Later coinages by dozens of makers since, which is why the same set of pitches often circulates under several different names. The Bellart Protus and the PANArt Integral, for example, are the same scale.
The etiquette differs by maker. Pantheon Steel publicly gave other builders permission to use their scale names. Bellart did not want theirs used by others. There is no industry wide register and, as far as anything published shows, no general practice of trademarking scale names.
Practical guidance if you are selling instruments:
Listing the actual notes is always safe and always more useful to the buyer. “D3 A3 Bb3 C4 D4 E4 F4 A4” tells a customer what they are getting; “Kurd” tells them what somebody called it.
Use a traditional name freely. Nobody is going to object to Hijaz.
Be careful with a distinctive invented name that is closely associated with one workshop, particularly if you are selling into their market. If a name functions in practice as a brand identifier, trademark risk is not zero even without a registration, and in any case it looks like trading off someone else’s work.
Naming a scale you designed is entirely fair, and the community norm is to credit it.
The genuine problem in this area is not legal but informational. Scale names have proliferated to the point where they obscure rather than communicate. Whatever you call it, publish the notes.
BIZ-06Who owns the copyright in handpan music, and what about covers?#
intermediate
Short answer. If you compose it, you own it, automatically, from the moment you record or write it down. If you play someone else’s song, they still own the composition, and distributing or monetising your version normally needs a licence even though the arrangement is yours.
Two separate copyrights exist in any piece of recorded music, and confusing them causes most of the mistakes in this area.
The composition is the tune and its underlying structure. It belongs to the writer.
The sound recording is the specific captured performance. It belongs to whoever made the recording, which for a solo handpan player recording at home is you. See BIZ-07.
Your own improvisations and compositions. Copyright arises automatically in most countries the moment the work is fixed, meaning written down or recorded. You do not need to register it, add a symbol or send yourself an envelope. Registration exists in some jurisdictions, notably the US, and improves your position in litigation, but it is not what creates the right. Practical advice: keep dated original files, since being able to show when you made something is what actually helps in a dispute.
An honest caveat about handpan music specifically. The instrument is diatonic and limited to a handful of pitches, so a great deal of handpan playing consists of similar patterns over similar note sets. Short, obvious ostinatos over a Kurd scale are unlikely to be treated as original works by anyone. Copyright protects expression with some originality, not the fact that you played the notes available to you.
Covers. Arranging a pop song for handpan does not make it your song. In most jurisdictions:
Playing it live is typically covered by the venue’s blanket licence from the local collecting society, which is why venues pay those licences.
Releasing an audio recording of it to streaming services normally requires a mechanical licence. Distributors usually offer this as a paid add on, and in some territories the licence is compulsory, meaning the rights holder cannot refuse if you pay the statutory rate.
Putting it on YouTube brings you under that platform’s rights management system. Your video may be claimed and monetised for the rights holder rather than taken down, which is the usual outcome.
Sync, meaning using someone’s recording or composition against video you control commercially, generally needs a negotiated licence and is not covered by any compulsory scheme.
Public domain works, which broadly means compositions where the writer died long enough ago, can be recorded and released freely. Your recording of them is still your recording.
BIZ-07Do I own the recordings I make of my own instrument?#
beginner
Short answer. Yes. You own the sound recording copyright in anything you record, and if the music is your own you own the composition too. The maker of the instrument has no rights in the sound it produces.
This comes up because of the copyright dispute described in BIZ-04, and it is worth stating plainly: the Swiss ruling concerned the visual design of an instrument. It said nothing about who owns music played on one. Nobody has ever seriously claimed a royalty on handpan recordings on the basis of who built the pan, and the idea has no obvious foundation in law.
So, in normal circumstances:
Your improvisation, your recording, your instrument. You own both copyrights outright. You can release it, licence it, sell it, put it on streaming platforms or give it away.
Someone else’s composition, your recording. You own the recording. They still own the composition. See BIZ-06.
A recording someone else made of you playing. This is the one people get wrong. The sound recording copyright generally sits with whoever made the recording, not with the performer, unless a contract says otherwise. If a videographer films you at a festival, the footage is usually theirs. Sort this out in writing beforehand rather than afterwards.
Things that can complicate ownership:
Collaborations. If two people improvise together, you likely have a joint work, and in many jurisdictions joint owners each need the others’ agreement to licence it. Agree splits early, in writing, however awkward the conversation feels.
Session work. If you were paid to play on someone’s track, check what you signed. Work for hire and buyout terms are common and can transfer everything.
Sample libraries and stock music. Read the terms. Some platforms take an exclusive licence, which stops you releasing the same recording elsewhere.
Distribution and collecting societies. Uploading to a distributor does not transfer ownership, but it does grant a licence, and joining a performing rights society involves assigning certain rights to them for administration. That is normal and how royalties get collected, but it is worth reading rather than clicking through.
Performers’ rights exist separately in many countries and give performers rights in recordings of their performances even when they do not own the recording. The detail varies a lot by jurisdiction.
Getting money for an instrument safely, getting the instrument across a border in one piece, insuring it, and the honest economics of teaching and playing for a living.
General information, not legal, tax or financial advice. Customs rules, VAT thresholds,
duty rates and insurance regulation change and differ by country. Check the current position
with the relevant authority or a professional before relying on anything here.
Short answer. Sell through the established handpan communities or a marketplace with buyer and seller protection, take payment by a protected method rather than bank transfer, document the instrument thoroughly, and never ship before funds have genuinely cleared.
Where people actually sell. The dedicated Facebook groups, particularly the large swap and sale groups, remain where most private handpan sales happen, simply because that is where the buyers are. Reverb offers a more structured transaction with protection built in. Many makers run consignment or trade in schemes for their own instruments, which gets you less money but almost no hassle and a buyer who trusts the provenance. General marketplaces such as eBay and classified sites work but attract a much higher proportion of time wasters and scammers for this kind of item.
Documenting it. The single most effective thing you can do is a video: every note struck slowly and individually, then the gu, then a short piece. Add clear photographs of both shells, the rim, the interior through the gu if you can, and any dents or marks. Say who made it, when, what scale and note layout, what steel, whether it has been retuned, and what case comes with it. Honest disclosure of flaws sells faster than hiding them, because buyers in this market are careful and a discovered flaw kills the deal entirely.
Payment. PayPal Goods and Services is the community default because it protects both sides, and the fee is worth it. Be very wary of buyers who push for bank transfer, who want to pay by PayPal Friends and Family, who offer cryptocurrency, or who propose to overpay and have you refund the difference. Those are the classic patterns. Wait for funds to clear properly rather than trusting a payment notification email, which is trivially faked.
In person. Meeting is ideal where geography allows. The buyer gets to play it, you get cash, and nothing gets damaged in transit. Meet somewhere public.
Red flags from the seller’s side. A buyer in a hurry, a buyer who will not video call, a buyer asking you to ship to a different address from the payment address, and a buyer who does not ask a single question about the instrument. Real handpan buyers ask a lot of questions.
Short answer. Start from what the maker charges new today, discount for age, condition and tuning state, and adjust hard for how in demand that maker and scale are. Well regarded makers hold value remarkably well; unknown and budget instruments do not.
The dominant factor is the maker’s reputation and current waiting list, not the instrument’s age. A five year old instrument from a workshop with a two year waiting list may sell for close to its original price, because the alternative for the buyer is waiting two years. An eighteen month old instrument from a maker with immediate availability competes directly with a new one and has to be cheaper.
As a rough framework, and treat these as loose bands rather than rules:
Sought after makers with long waiting lists often resell in the region of seventy to ninety per cent of current new price.
Well regarded makers with reasonable availability tend to land somewhere around sixty to eighty per cent.
Budget and high volume brands commonly go for around half to seventy per cent, and can be hard to move at all because new ones are cheap and available.
Original PANArt Hang instruments are a separate collector market driven by generation, condition and provenance, with prices spread very widely and not really predictable from any formula.
Then adjust:
Tuning state. An instrument that needs a retune should be discounted by at least the cost of the retune plus shipping both ways, which is often a few hundred in total. Say plainly whether it has been retuned and by whom.
Condition. Rust is the big one, and even light pitting worries buyers. Dents on tone fields are serious. Cosmetic marks on the shoulder or bottom shell matter much less than people fear.
Scale. Popular scales such as the common minor and Kurd family variants sell quickly. Unusual or very high or low scales are worth the same to the right buyer and unsellable to everyone else, which mostly costs you time rather than money.
Extras. A good hard case is worth real money. Original documentation and the maker’s certificate help.
How to research. Watch the sale groups for a few weeks and note what comparable instruments actually sell for, not what they are listed at. Asking prices in this market run optimistic.
BIZ-10How do I pack and ship a handpan without it arriving damaged?#
intermediate
Short answer. Ship it in its hard case, inside a rigid outer box, with the instrument immobilised and at least five centimetres of crushable material on every face including top and bottom. Declare the real value, insure it, and photograph the whole packing process.
Handpans travel badly for a specific reason: they are heavy, they are thin steel, and the tuning lives in the shape. A dent that would be cosmetic on a guitar can detune a note permanently. Meanwhile carriers routinely stack, drop and stand parcels on end.
A packing method that works:
Wrap the instrument. A soft cloth or bubble wrap over the shells, taped to itself rather than to the steel. Never put tape directly on the finish.
Into the hard case if there is one, with any gaps inside the case filled so the instrument cannot slide. A handpan rattling inside its own case is a handpan hitting its own case repeatedly for three days.
Into a rigid outer box that is at least ten centimetres larger in every dimension. Double walled cardboard. Not the case alone with a label on it, which is the single most common cause of damage in transit.
Fill every void. Foam sheet, dense polystyrene or tightly packed paper. Loose fill peanuts migrate and leave the instrument sitting on the bottom by the time it arrives. The load path matters most on the flat faces, because that is how boxes get stacked.
Seal and mark. Tape all seams. Fragile labels do very little but cost nothing. Do not write “musical instrument, handpan, high value” in large letters on the outside, since that mostly advertises to thieves.
Photograph everything as you pack, and keep the images. Insurance claims are won and lost on packing evidence.
Carrier and service. Use a tracked, signed for service. Compare a mainstream courier against a specialist musical instrument or freight broker for anything crossing a border, since brokers often quote better on heavy fragile items and understand the customs paperwork. Check the carrier’s stated liability limits and their exclusions, because several explicitly exclude or cap musical instruments.
Insurance. Insure for the replacement value, not the sale price if those differ. Read what the carrier’s cover actually requires of your packing, since inadequate packing is the standard reason for declining a claim.
Temperature. Air freight holds and unheated warehouses get cold. That is uncomfortable for the steel but rarely damaging on its own. The bigger risk is condensation when a cold instrument is opened into a warm room, so tell the recipient to let the box acclimatise for a few hours before opening it.
BIZ-11What are customs, duties and VAT when buying a handpan from abroad?#
intermediate
Short answer. Buying from outside your customs territory usually means paying import VAT or sales tax, possibly a small customs duty, and a courier handling fee, all on top of the purchase price and shipping. Budget roughly twenty to thirty per cent extra unless you have checked otherwise.
The three charges are separate and people conflate them.
Customs duty is a percentage of the goods value, set by tariff code and country of origin. Handpans generally classify under heading 9206, percussion musical instruments. The rate is low: in the UK and the EU it is a small single figure percentage on goods from countries with no preferential agreement, and the US applies no duty to this heading. Where a trade agreement covers the goods and the seller supplies a valid statement of origin, duty can drop to zero, though origin rules are stricter than people assume and a Chinese made instrument shipped from an EU warehouse does not necessarily qualify as EU origin.
Import VAT or sales tax is the big number. It is charged at your country’s standard rate on the total of goods plus shipping plus any duty, which is why it is more than you calculate if you apply it to the purchase price alone.
Handling or clearance fees are what the courier charges for doing the paperwork and advancing the tax. Typically a flat fee or a percentage with a minimum, and often a genuinely annoying proportion of the total on a mid value item.
Practical points:
The declared value determines everything. Ask a seller to under declare and you have (a) committed to a fraud, (b) capped your insurance at the declared value, and (c) risked the parcel being held and revalued. Do not.
Gifts are not a loophole. Gift relief thresholds are low, apply only to genuine person to person gifts, and customs officers see the attempt constantly.
Returns and repairs. If you are sending an instrument abroad for retuning, there are procedures in most territories for temporary export and re import that avoid paying full tax on your own instrument coming home. They require paperwork done in advance. Sending it back without that and you may be charged as if importing a new instrument.
Touring musicians crossing borders with instruments regularly use ATA Carnets, a temporary admission document that avoids duties and deposits. Overkill for a holiday, sensible for a tour.
BIZ-12What happens with import charges into the UK and the EU?#
intermediate
Short answer. Into the UK, expect twenty per cent import VAT plus a small duty plus a courier fee, with sellers collecting the VAT themselves on consignments valued at £135 or less. Into the EU, expect your national VAT rate from the first euro plus the same small duty, with low value imports handled through the IOSS scheme.
United Kingdom. Since the end of the transition period, EU purchases are treated like any other import.
Consignments valued at £135 or below: the overseas seller is generally expected to register for UK VAT and charge it at the point of sale, so the price you pay should include it and nothing is collected at the border.
Above £135: import VAT at the standard rate of twenty per cent is collected on entry, calculated on goods plus shipping plus duty. Customs duty applies where the tariff rate is not zero, on percussion instruments a low single figure percentage.
Gifts have a separate, much lower relief threshold and it does not help with a purchase.
The courier’s fee for clearing and advancing the charges is added, and the parcel is held until you pay.
Practical effect: an instrument invoiced at £1,500 plus £150 shipping can easily attract three hundred and something in VAT, a modest duty, and a handling fee. Get the total landed cost from the seller in writing before ordering.
European Union. The EU abolished the low value VAT exemption in July 2021, so VAT is due on imports from the first euro of value.
Consignments up to €150: typically handled through the Import One Stop Shop, where the seller charges your national VAT at checkout and no further charges arise on arrival. If they are not IOSS registered, the courier collects at the door with a fee.
Above €150: duty as well as VAT applies, both collected on entry.
VAT rates vary by member state, and the applicable rate is that of the country of destination.
Movement within the EU is not an import at all, so buying from a maker in another member state is treated like a domestic purchase with no border charges.
Buying from a maker who ships DDP (delivered duty paid) removes all of this uncertainty: the price you see is what you pay. Many established makers now offer it. It is worth asking for explicitly, because DDU or DAP terms mean the bill lands on you unannounced.
Short answer. If it is worth more than you could comfortably replace tomorrow, yes. Check first whether your home contents policy already covers it, because it often does at home and often does not once you take it out of the house.
Start by reading what you already have. A standard home contents policy typically covers the instrument against fire, theft and specified perils while it is in the house, but two things commonly catch people out. First, there is usually a single article limit, often somewhere between one and two thousand, above which an item must be specified individually or it is not fully covered. Second, cover generally stops at the front door unless you add personal possessions away from home cover, which is exactly when a handpan is most at risk.
If your instrument is valuable, if you take it out, or if you play for money, a specialist musical instrument policy is usually the better answer. These are widely available and are written with musicians in mind: accidental damage while playing, theft, loss in transit, cover for cases and accessories, and often worldwide cover as an option. Public liability, which matters if you play events or teach, is normally an add on.
Indicative UK pricing from specialist brokers runs roughly from a few tens of pounds a year for instruments under a thousand, up to somewhere over a hundred a year for collections above five thousand, varying with your location, whether you use the instrument professionally and what level of cover you take.
Practical steps whichever route you choose:
Establish value in writing. Keep the invoice. For an instrument bought used or from a maker no longer trading, a written valuation helps.
Photograph it from all angles, including the maker’s stamp and any serial number, and keep the images somewhere off your phone.
Record the specification: maker, year, scale, note layout, steel type, distinguishing marks. This is what gets a stolen instrument identified when it appears on a sale group, which happens more often than you would expect.
Declare professional use if it applies. Undeclared commercial use is a standard reason for a claim being refused.
BIZ-14What does musical instrument insurance actually cover?#
intermediate
Short answer. Typically theft, accidental damage and loss, at home, at gigs and in transit, for the instrument and its accessories. The exclusions are where the detail lives: unattended vehicles, inadequate packing, airline handling, wear and tear, and anything you failed to declare.
Usually covered:
Theft from home, from venues and, with conditions, from vehicles
Accidental damage while playing, rehearsing, transporting or storing
Loss in transit and at venues
Cases, stands, pickups, microphones and similar accessories, often up to a sub limit
Worldwide territorial cover, usually as an option rather than by default
Public liability and personal accident, as optional add ons
Commonly excluded or conditional:
Unattended vehicles. Almost every policy restricts this. Typical conditions require the vehicle to be locked, the instrument out of sight, sometimes an alarm, and often exclude overnight entirely. Leaving a handpan visible in a car is the fastest way to have a claim declined.
Airline damage. Frequently excluded unless the instrument was in a hard case and checked in according to the airline’s requirements. Read this clause before you fly.
Inadequate packing when shipping. This is the standard ground for refusing transit claims, which is why the photographic record described in BIZ-10 matters.
Wear, tear and gradual deterioration. Rust is the relevant one here, and it is generally excluded as gradual damage rather than a sudden event.
Detuning by itself. A note drifting is maintenance, not damage. Retuning following a covered event such as an impact may be payable; routine retuning never is.
Cosmetic marks that do not affect function.
Security requirements at your stated address. If the policy assumed particular locks and you do not have them, cover can fail.
Two valuation bases, and the difference matters:
Market value pays what the instrument was worth at the time of loss, which for a depreciating item is less than you paid.
Agreed value fixes a sum at the start of the policy, usually needing a valuation. Better for anything unusual, for a discontinued maker, or where replacement means joining a two year waiting list.
For handpans specifically, ask the insurer two questions before buying: whether replacement is assessed on market value or replacement cost given waiting lists, and whether retuning is payable following a covered impact.
BIZ-15What does it take to teach handpan as a business?#
advanced
Short answer. Enough playing ability to be obviously worth learning from, enough teaching ability to structure a beginner’s first six months, public liability insurance, and a way of finding students. The playing is the part most aspiring teachers already have and the part that matters least.
What you actually need to be able to do. Teaching is not performing. Your job is to break down what you do unconsciously into ordered, learnable steps, diagnose what a student is doing wrong from watching their hands, and keep somebody motivated through the unglamorous middle period. Excellent players are often poor teachers precisely because their technique is automatic and they cannot see the problem.
A curriculum. The single biggest differentiator between someone charging properly and someone giving away casual lessons is having a structured path: hand position and tone production, then simple ostinatos, then independence between hands, then dynamics and damping, then improvisation frameworks. Write it down. Students pay for a path, not for an hour of your time.
The practical requirements.
Public liability insurance. Non negotiable if you teach in person, and often required by venues before they will let you in the door. Frequently available as an add on to instrument insurance.
Background checks where you teach children, which is a legal requirement in many countries and something parents will ask about regardless.
Instruments. You need at least one you can lend, and realistically two or three in different scales if you teach beginners who have not bought yet. This is the largest capital cost.
Tax registration as a self employed person or business, and the record keeping that follows.
A space. Your own room, a hired studio, or online.
Online versus in person. Online teaching removes the geography problem, which for a niche instrument is decisive: there may be four potential students within driving distance and four hundred online. It costs you the ability to physically adjust someone’s hand, and it needs a decent camera angle from above and honest audio. Most teachers doing this seriously now run a mix, plus recorded course material as a lower priced entry point.
The market. It is small, growing, and underserved. There genuinely are fewer good handpan teachers than there are people wanting to learn, which is unusual. What there is not is a large local market anywhere, so anyone building this into a real income is building an online audience, and that is a content and marketing job as much as a musical one.
Short answer. A few people do, almost none from any single activity. The realistic picture is a portfolio of teaching, sound baths and wellbeing work, events, busking, and content, with recorded music streaming income being the smallest and most disappointing part of it.
Taking the income streams honestly, roughly in order of how reliably they pay:
Teaching. The most dependable money, and covered in BIZ-15. Predictable, repeatable, and it compounds as your reputation grows.
Sound baths and wellbeing work. Currently the largest paid market for handpan players. Yoga studios, retreats, corporate wellbeing days, therapeutic settings. Pay varies enormously by setting and country, and the market has become considerably more competitive as more people arrive with the same idea. Doing well here usually means being good at running a room and building relationships with venues, not just playing well. Be aware that making therapeutic claims can bring regulatory and insurance issues depending on your jurisdiction.
Events. Weddings, corporate functions, private parties, restaurants, galleries. Decent per booking, irregular, and dependent on being findable and easy to work with. The handpan’s advantage is that it is unusual and visually striking, which is genuinely worth something to event bookers.
Busking. Real money in the right city on the right day, and the handpan is an unusually good busking instrument because it is arresting and needs no power. Highly variable, weather dependent, and increasingly regulated with permits required in many places.
Content. YouTube, Instagram and TikTok. For most people this is a marketing channel that fills the streams above rather than an income in itself. A small number of handpan channels have built real audiences and earn from them, but it is a long, uncertain project.
Streaming. Set expectations very low. Per stream rates are fractions of a penny and most platforms now have minimum thresholds below which a track earns nothing at all. Ambient and meditation playlists can accumulate large stream counts, which is why so much handpan music is released into that space, but the revenue per hour of work is poor. Treat releases as a portfolio and a calling card.
Selling your own courses and albums direct. Better margins than streaming, and it converts an audience you already have. This is where content actually pays off.
The people who make this work generally have three or four of these running at once, treat it as a small business rather than an artistic calling, and took several years to get there. Nobody should quit a job on the strength of a good busking week.
The claims about handpans that circulate hardest, sorted into the ones that are simply false, the ones that are ten years out of date, and the ones that are true in a much narrower sense than they are usually stated.
The handpan attracts more confident misinformation than almost any other modern instrument. Some of it is harmless naming confusion, some is search-engine feedback, some is marketing, and a little of it costs people real money or delays them getting real help.
Each entry states the myth plainly, gives a short corrective answer, and then sets out what the evidence actually supports. Where something is genuinely uncertain, or where a myth has a true observation buried in it, that is said rather than glossed over.
Three of these are worth reading before you buy anything: MYT-02, MYT-07 and MYT-08.
The myth. The instrument’s real name is the hang drum, and “handpan” is a newer or lesser word for the same thing.
Short answer. Both halves are wrong. “Hang” is a trademarked name belonging to one Swiss maker, PANArt, for one specific instrument they stopped making in 2013. They explicitly asked people not to append “drum” to it. “Handpan” is the correct generic term for the whole family.
Felix Rohner and Sabina Schärer built the Hang in Bern in 2000 and presented it at the Frankfurt Musikmesse the following year. The name is Bernese German and carries a double meaning: hand, and hillside, the latter referring to the convex shape. PANArt have been consistent for two decades that “hang drum” is inaccurate, on the grounds that the instrument is not a drum in the membranophone sense and that the compound was never their name for it. They ended Hang production in December 2013 and moved to the Pang instruments.
The generic term arrived from a competitor. Kyle Cox of Pantheon Steel in the United States used “hand pan” on his company’s website between June and September 2007 to describe the instrument he was developing, which became the Halo. The word spread through the Hang-Music Forum from September 2007 and was locked in when handpan.org launched on 11 August 2009. Within a few years it was the standard English term.
Why the myth is so persistent. Search engines. “Hang drum” is what a huge number of people type, so shops, blogs and YouTube titles use it deliberately for traffic, including shops that know better. That feedback loop keeps the wrong term at the top of every search result, which teaches the next wave of beginners the wrong term. In Israel and among Hebrew-speaking makers the standard term is “pantam”, which is a regional naming convention for the same instrument, not a third category.
What to do about it. Say handpan. If someone says hang drum, they are almost certainly not being obtuse, they just learned it from a search result. And if someone is using a genuine PANArt Hang, then Hang is exactly the right word, without the “drum”.
MYT-02“There are only a few makers and you will wait years”#
beginner
The myth. Handpans are made by a handful of secretive workshops, waiting lists run to several years, and you have to enter a lottery to buy one.
Short answer. That was accurate around 2008 to 2014. It is out of date now. Public directories list roughly a hundred active makers worldwide, and delivery times range from under two weeks to over a year depending on the maker.
The lottery era was real and left a deep mark on the culture. PANArt received far more orders than they could fill, moved to a letter-writing application system, and eventually to requiring buyers to travel to Bern. Second-hand Hangs traded at multiples of their original price. In that period there genuinely were only a small number of alternative builders, and their queues stretched into years.
What changed was knowledge and supply. Shell forming, nitriding and tuning technique diffused through forums, festivals, workshops and, eventually, makers selling blank deep-drawn shells to other makers. New workshops opened across Europe, North America, Israel, Australia, Indonesia, Brazil and elsewhere. The Master The Handpan maker directory now lists on the order of a hundred builders across a long list of countries, with stated delivery times spanning less than fifteen days at one end and more than a year at the other. Typical prices cluster in the region of 1,000 to 3,000 euros, with the most common bracket somewhere around 1,200 to 1,800.
What is still true. Individually famous makers do still have long queues, and a specific scale from a specific builder may take a year. Custom work takes longer than stock. And the second-hand market for sought-after instruments still runs hot.
What is no longer true. That you cannot simply buy a good handpan in stock, this month, from a reputable workshop or dealer. You can, in most common scales, at most price points. If someone tells you otherwise, they are describing the market of a decade ago, or they are a reseller with an interest in scarcity.
MYT-03“You cannot play real music on one, only ambient noodling”#
intermediate
The myth. The handpan is limited to a single scale, has no dynamics and no harmony, so nothing structured can be written for it. What you hear is people improvising pleasantly over nothing.
Short answer. The constraint is real and the conclusion is wrong. A fixed scale of eight or nine notes is a serious limitation, and musicians have been making highly structured music inside comparable limitations for centuries.
Take the criticism seriously first, because it has a point. Most handpans give you a single mode with no accidentals, so you cannot modulate, you have limited harmonic movement, and the layout does not favour large leaps. A great deal of what circulates online is genuinely unstructured: a loop, a slow build, no development, no ending. That the internet is full of it is not evidence about the instrument’s ceiling.
What the instrument actually supports:
Rhythm. The strongest musical resource a handpan has is not melody, it is the interaction of pitched notes with the shoulder, rim and Gu, which turns a melodic instrument into a hand drum with tuned voices. Composed rhythmic handpan playing is closer to tabla or cajon writing than to ambient.
Counterpoint within a scale. Independent bass ostinato under a moving melody line is standard practice among competent players, and it is where the instrument stops sounding like wallpaper.
Ensemble writing. In a band the handpan does not need to supply the harmony, which removes the main limitation at a stroke. Handpans appear in jazz, in folk, in film scoring, in electronic production and in contemporary classical contexts, generally as a colour with a defined role.
Multiple instruments. Players routinely work with two or three handpans in different scales, which restores modulation.
A fair way to state the truth. A handpan is a limited-set instrument, like a diatonic harmonica, a pentatonic kalimba, or a set of tuned handbells. Limited-set instruments produce a lot of noodling and a smaller amount of excellent, disciplined music. The instrument is not the variable there.
MYT-04“You must play barefoot or in a spiritual state to play properly”#
beginner
The myth. The instrument requires reverence, particular clothing, a cleared mind, an intention set beforehand, or bare feet on the earth in order to sound right or to work as it should.
Short answer. Nothing about the acoustics of a steel shell responds to your footwear or your mood. What is true is much simpler: relaxed hands play better than tense hands, and rituals that help you relax will therefore help you play.
There is a real observation buried in the folklore. Handpan tone is exceptionally sensitive to touch. A tense forearm, a locked wrist or a strike that stays in contact with the tone field for a few extra milliseconds all audibly dull the note. Players who arrive stressed and grip the instrument do sound worse than players who arrive calm. Anyone who plays regularly notices this, and it is easy to explain it in the language of energy rather than the language of biomechanics.
Where the folklore does damage is in gatekeeping. A beginner told that they need the right state of mind before touching the instrument has been handed a reason to feel they are doing it wrong, on top of the ordinary difficulty of learning. It also colours the culture in a way that puts off musicians who would otherwise be interested, and it creates a market for people selling ceremony rather than teaching.
What actually improves your sound. Warm hands. Loose shoulders. A sitting position where the instrument is stable and your forearms are not supporting its weight. Short, rebounding strikes with the finger pads or the fleshy part just below them. Cutting your nails. Practising slowly enough that you are not recovering from mistakes. None of this is mystical and all of it is teachable.
On barefoot playing specifically. Many players do sit barefoot because they play cross legged on the floor and it is comfortable. That is a seating preference. It has no effect on the instrument.
A note on respecting what is real. Plenty of people find playing genuinely calming and meaningful, and that is not nonsense. The distinction worth holding is between “this practice calms me, which makes me play better” (true and useful) and “the instrument requires a spiritual state to function” (not true, and unhelpful to say to a beginner).
MYT-05“432 Hz is the natural frequency of the universe”#
intermediate
The myth. Tuning A to 432 Hz rather than 440 Hz aligns the instrument with a natural or cosmic frequency, matches the Earth’s Schumann resonance, produces better cymatic patterns, and was the pitch Verdi and the ancients used before it was changed, in some tellings by Nazi propaganda.
Short answer. Every specific factual claim in that list is either false or unsupported. Concert pitch is a human convention that has moved constantly through history, and there is no measurement showing that 432 Hz has special physical or physiological properties.
Point by point.
“It is the universe’s natural frequency.” Frequency is not an absolute property of anything. 432 Hz means 432 cycles per second, and the second is a human unit defined by a caesium atom transition. Change the definition of the second and the number changes. A claim that a number tied to an arbitrary unit is cosmically privileged is not a physics claim.
“It matches the Schumann resonance.” The Schumann resonance fundamental is about 7.83 Hz. Getting from 7.83 to 432 requires a chain of multiplications chosen after the fact. The same arithmetic can reach almost any number you like.
“Cymatics prove it.” Cymatic patterns depend on plate geometry, material, amplitude and mounting far more than on the specific driving frequency. Comparisons circulated online almost never control for these.
“Verdi used it.” Verdi campaigned for a lower standard pitch, and the Italian government adopted A=432 in 1884 following his lobbying. But Verdi’s own preference is usually reported as A=435, and he accepted 432 as a compromise. He was arguing about singers’ voices, not about cosmology.
“440 was imposed by the Nazis.” The move towards A=440 was under discussion internationally through the 1920s and 1930s, was adopted at a conference in 1939, and was reaffirmed as ISO 16 in 1955. It is a standards story about orchestras and instrument makers needing to agree, not a propaganda story.
What is actually true. Historical pitch varied enormously, from roughly A=390 to A=465 depending on place and period, and baroque ensembles routinely play at A=415 today. Nothing stops a handpan being tuned to A=432, plenty of makers offer it, and if you prefer how it sounds that is a perfectly good reason. The eight hertz difference is about 32 cents, roughly a third of a semitone, and it is audible.
The practical cost. A 432 Hz instrument will clash with any 440 Hz instrument you try to play with. That is the real trade-off, and it deserves more attention than the cosmology.
MYT-06“Handpans are ancient, a traditional tribal instrument”#
beginner
The myth. The handpan is an ancient instrument, variously described as tribal, shamanic, or thousands of years old, sometimes with a specific culture attached.
Short answer. The handpan was invented in the year 2000. It is younger than the DVD. The steelpan it descends from dates to the 1930s and 1940s. Nothing about it is ancient.
The timeline is unusually well documented for a musical instrument, which is what makes the myth so odd. Felix Rohner and Sabina Schärer built the first Hang in Bern in 2000 and showed it publicly in 2001. The material and forming methods came from their own steelpan work in the 1990s. The steelpan itself grew out of Trinidadian carnival percussion in the 1930s and 1940s, with Ellie Mannette (1927 to 2018) credited for the 55 gallon oil drum and the sunken concave head. Every element of the chain sits inside living memory.
Where the confusion comes from. Three sources, mostly.
First, the instrument’s shape and sound have no obvious modern reference point, so listeners reach for “ancient” as a category for anything that does not sound like a guitar or a piano. Second, marketing. A great deal of merchandise, playlist artwork and sound-healing promotion attaches vaguely ancient framing to handpans because it sells. Third, genuine confusion with older vessel instruments: the udu from the Igbo people of Nigeria and the ghatam from South India are old, are struck clay pots, and do use the enclosed air of the vessel as part of the sound. But the resemblance is a shared piece of physics, the Helmholtz resonator, that many traditions found independently. It is not a chain of transmission, and no handpan technique, tuning method or repertoire descends from either.
Why it matters. Beyond simple accuracy, the “ancient tribal instrument” framing borrows unearned authority from cultures that had nothing to do with it, while erasing the actual credit: two Swiss steelpan builders, and behind them a Trinidadian invention with a hard political history. Both of those stories are more interesting than the invented one.
MYT-07“The more notes, the better the instrument”#
beginner
The myth. A seventeen note handpan with bottom notes and top-shell extras is a better instrument than a nine note one, and paying more for more notes is straightforwardly an upgrade.
Short answer. Adding notes trades away tone, tuning stability, ergonomics and playability. More notes is a different instrument for a different purpose, not a better one.
Every extra tone field competes for space on a shell of fixed diameter. That has concrete consequences.
Tone field size. Squeezing more notes onto the top shell means smaller fields, which generally means less volume, less sustain and a thinner, more clipped voice. Makers manage this with layout and hammering skill, but the physics does not go away.
Crosstalk. Notes that are physically close and harmonically related excite each other. On a well spaced instrument that sympathetic ringing is part of the charm. On a crowded one it turns into mud, and it becomes difficult to play cleanly because notes you did not strike keep sounding.
Tuning stability. More fields in a stressed shell means more interacting tension. Densely noted instruments are generally more prone to drifting and harder to retune, because adjusting one field disturbs its neighbours.
Bottom notes. Notes on the lower shell are a real feature and a real compromise. They add range, and they mean the instrument has to be lifted or angled to reach them, they usually sound quieter and less defined than top notes, and they can interfere with the Gu port’s behaviour.
Playability. Nine notes in a comfortable circle can be learned by feel in a few weeks. Seventeen scattered notes cannot, and beginners on large instruments frequently end up using the same eight.
What actually makes an instrument good. Clean tuning of the fundamental, octave and compound fifth on every field. Even volume across the range. Adequate sustain without smearing. A shell that holds its tuning. A scale you enjoy. All of these are independent of note count, and all of them are more audible than the extra notes.
A reasonable rule. Buy your first handpan with eight or nine notes. Add a second instrument in a different scale before you add notes to the same one. Consider a large-note-count instrument once you can already say precisely which extra notes you need and why.
MYT-08“Expensive automatically means better”#
intermediate
The myth. Price tracks quality closely enough that spending more is a reliable substitute for knowing how to evaluate an instrument.
Short answer. Price correlates with quality at the bottom of the market and stops correlating usefully above roughly the mid range. Beyond that you are largely paying for reputation, waiting list length, material choice and finish, none of which guarantees the instrument suits you.
At the low end the correlation is real and worth respecting. Below a few hundred euros you are almost always looking at a poorly tuned instrument, a rebadged tongue drum, or a copy. Spending enough to reach an established workshop genuinely does buy better tuning, better stability and after-sales support.
Above that the picture breaks up, for several reasons.
Scarcity is priced in. A maker with a two year queue and a strong social media presence can charge more than an equally skilled maker who is unknown. That premium is real market value, but it is not tone.
Material is a preference, not a ranking. Stainless steel instruments generally cost more than nitrided steel, and they sound different: longer sustain, a warmer and more floating decay, better corrosion resistance and often more predictable tuning behaviour. Nitrided steel gives a shorter, crisper, more percussive and more clearly articulated note that many players actively prefer, especially for rhythmic playing. Paying more for stainless is buying a character, not an upgrade.
Finish and cosmetics cost money. Etching, plating, coloured oxide finishes and elaborate cases add price without adding sound.
Fit matters more than tier. A 2,800 euro instrument in a scale you never reach for is worse for you than an 1,100 euro instrument in the scale you actually play. This is the single most common expensive mistake in handpan buying.
How to evaluate instead. Listen to each note alone, then in pairs, for a tuned octave and fifth above the fundamental. Listen for even volume around the circle. Play a fast passage and check the notes stay distinct. Check the sustain suits your style rather than simply being long. Ask the maker how they handle retuning and what the turnaround is. Wherever possible, play the instrument or at least hear an unedited recording of that specific shell.
MYT-09“You cannot learn without a teacher”#
beginner
The myth. The handpan requires a teacher, and self-taught players will develop bad habits they can never correct.
Short answer. The handpan is one of the easiest instruments in the world to start alone, because every note is in key and there is no wrong note to play. A teacher accelerates things considerably once you want more than that, but the entry barrier is genuinely low.
Why self-teaching works here. There is no fingering system to get wrong, no intonation to produce yourself, no embouchure, and the layout is a small circle you can learn by feel. On day one, striking notes at random produces something musical. That is a real and unusual advantage, and it is why so many players are self-taught.
Where self-teaching stalls, usually around month three to six:
Touch. Beginners hit too hard, stay in contact with the tone field too long, and use the wrong part of the hand. This dulls the tone, tires the hands and risks detuning the instrument. It is easy to fix and hard to notice in yourself.
Rhythm. Untaught players tend to converge on the same rolling, tempo-free pattern and stay there. Working with a metronome, or with a teacher, breaks this quickly.
Both hands independently. Getting a bass ostinato under a melody is the main technical hurdle, and it is much faster with someone watching.
Repetition injuries. Wrist and shoulder problems come from tension and from long unbroken sessions. A teacher spots the posture that causes them.
What is available now that was not. Structured online courses, video lessons, tab and notation systems, remote one-to-one lessons over video call, and handpan festivals and workshops in most European countries and much of North America. You do not need a local teacher to get taught.
A sensible plan. Play alone for the first month and enjoy it. Then film yourself, or take three or four lessons, specifically to check touch, posture and timing. That small intervention buys most of the benefit of a teacher. Continuing lessons after that is worthwhile if you want repertoire and technique, and optional if you want to sit and play in the evenings.
MYT-10“Handpans always go out of tune quickly”#
intermediate
The myth. Handpans are fragile instruments that detune within months of normal use and need constant expensive retuning.
Short answer. A well built and properly settled handpan, played sensibly, commonly goes several years without needing attention, and some never need a retune at all. Fast detuning is a symptom of a rushed build, an accident or heavy-handed playing, not the normal condition of the instrument.
There is a real vulnerability underneath the myth. Every tone field is a stressed dimple in a continuous shell, so unlike a tongue drum’s mechanically isolated tongue, a handpan note is held in place by the tension of the metal around it. Deform that, and the pitch moves. That is why handpans are the more delicate of the two.
What actually causes detuning:
Impact. Drops, dents, something heavy landing on the shell, or somebody sitting on it. This is the biggest single cause and it is usually instant and obvious.
Playing too hard. Sustained heavy striking, and particularly using hard sticks or mallets on an instrument not built for them, gradually reshapes tone fields.
Temperature extremes. Repeated heating and cooling stresses the steel. A car boot in summer is a genuinely bad place for a handpan.
An incomplete build. This is the underrated one. Good makers settle the steel through repeated fine-tuning passes before shipping. Instruments tuned in a hurry keep settling after delivery, which the owner then experiences as the instrument going out of tune.
What does not cause it. Normal playing with the hands. Passing it round at a party. Playing every day. Playing loudly within reason.
Practical expectations. New instruments may shift slightly in the first few months as they settle; ask your maker what they expect. After that, judge by ear rather than by calendar. Signs that a retune is due are a note that sounds sour against its neighbours, a note whose octave has drifted so the tone sounds hollow or wolfy, or a sudden change after an incident. Retuning is done by the maker or a specialist tuner and typically costs a fraction of the instrument’s price plus shipping, which is the main expense.
MYT-11“You should never let anyone else play yours”#
beginner
The myth. Letting other people touch your handpan will detune it, damage the surface, or otherwise degrade the instrument, so a responsible owner keeps it to themselves.
Short answer. A curious adult tapping your handpan with their fingers will not hurt it. What causes damage is a specific and short list of behaviours, all of which you can prevent with one sentence of instruction rather than a blanket refusal.
The underlying worry is not baseless. Handpan notes are stressed steel, and there is a real category of person who, handed an unfamiliar instrument, will hit it as hard as they can to see what happens. But the risk comes from force and from hard objects, not from other hands per se.
The things that actually cause harm:
Striking with the full force of the arm rather than the hand.
Rings, watches, long fingernails, or any hard object.
Sticks, mallets or pens on an instrument not designed for them.
Picking it up badly, or putting it down on a hard edge.
Sweaty or greasy hands left on nitrided steel and not wiped afterwards. This is a corrosion issue, not a tuning one, and a cloth solves it.
What to say instead of no. “Yes, of course. Take your rings off, and use your fingertips lightly. It responds better to a light touch than a hard one anyway.” That single instruction removes nearly all the risk, and it is also true, which is why it works: people play more gently once they discover the instrument sounds better that way.
The cultural argument for sharing. The handpan grew as a community instrument, passed around in circles, at festivals and in parks. Almost every current player first touched one because a stranger let them. Refusing on principle preserves a slightly nicer surface finish at the cost of the thing that keeps the community alive.
When to say no. Small children with no supervision, anyone visibly drunk, anyone who has already ignored one instruction, and any situation where the instrument would be out of your sight. Those are judgement calls about people, not a rule about the instrument.
MYT-12“Stainless steel handpans never rust”#
intermediate
The myth. Stainless steel instruments are maintenance free and cannot corrode, so you can leave them anywhere and skip the oiling that nitrided instruments need.
Short answer. Stainless is corrosion resistant, not corrosion proof. The chromium oxide layer that protects it is thin, self-healing under normal conditions, and defeatable by salt, chlorides, prolonged moisture and contact with ordinary carbon steel. Stainless handpans do develop rust spots, just far less readily.
How the protection works. Stainless alloys contain enough chromium to form a passive chromium oxide film on the surface. Scratch it and, given oxygen, it reforms. That is why a stainless instrument survives a humid room, a sweaty gig or an afternoon outdoors far better than a nitrided one, and why the maintenance routine is genuinely lighter: wipe it down after playing, and oil or wax occasionally at most.
Where it fails:
Chlorides. Salt is the classic attacker. Sea air, salt spray, and prolonged skin salt left on the surface can cause pitting corrosion, which is localised, deep and much uglier than general surface rust. Coastal players should be more diligent, not less.
Trapped moisture and no oxygen. The passive layer needs oxygen to reform. A wet instrument sealed in a bag is the worst case, and this is where most stainless rust spots actually come from.
Contamination. Iron particles transferred from carbon steel tools, a workbench or a rusty surface embed in the finish and rust in place, producing spots that look like the stainless itself has failed. Cleaning removes them.
Scratches and heat. Deep scratches and localised heating can compromise the passive layer.
By contrast, nitrided carbon steel handpans are protected by a hard nitrided surface layer that offers good but not excellent resistance and is genuinely vulnerable to sweat, salt and humid or coastal air. Those instruments do need regular wiping and periodic oiling or waxing, and neglect shows quickly.
The practical rule for either material. Wipe after every session with a dry cloth. Never bag or case a damp instrument. Do not store it against a cold wall or in an unheated garage where condensation forms. Deal with a rust spot when it is a spot.
MYT-13“Handpans can only be played with the fingertips”#
beginner
The myth. Correct handpan technique means fingertips only. Palms, thumbs, knuckles and any kind of stick are wrong and will damage the instrument.
Short answer. Fingertips are the default because they give the cleanest note and the least risk, not because they are the only legitimate contact. Skilled players use most of the hand, deliberately and in different places, and a handful of makers build instruments specifically for mallets.
The full vocabulary in ordinary use:
Finger pads and the area just below them. The standard melodic strike. Short contact, immediate rebound, maximum tone with minimum force.
Thumbs. Used for bass notes and for the Ding, where more mass gives a fuller fundamental.
Whole hand or flat fingers on the tone field. A softer, rounder, quieter attack with more fundamental and fewer high partials. Useful for accompaniment under a melody.
Heel or side of the hand near the rim and on the shoulder. Produces unpitched percussive sounds. This is where the handpan stops being a melodic instrument and starts being a hand drum, and it is the most underused resource on the instrument.
Knuckles and nails. Sharper, brighter, more clicking. Used sparingly for accents. Higher risk of marking the surface, so keep nails short.
The Gu port. Slapping or covering and releasing the bottom port changes the air cavity’s response and produces a bass note. Rim and port work together are how a solo player gets a groove.
Damping. Resting a finger, a knuckle or the heel of the hand on a field to shorten a note is technique in itself, and it is what separates legible fast playing from a wash.
On mallets. The blanket warning against sticks exists because a hard stick concentrates force on a small area and can deform a tone field. That risk is real. But soft mallets used with control are fine on many instruments, and some makers explicitly build thicker instruments for mallet use. Ask your maker rather than assuming either way.
What genuinely damages the instrument. Force, hard objects and rings. Not the particular part of the hand.
MYT-14“Handpan music is all improvised and cannot be written down”#
intermediate
The myth. The instrument has no notation, its music exists only in the moment, and writing it down would miss the point or is simply not possible.
Short answer. Handpan music can be written in standard notation like any other pitched instrument, and the community has also developed several purpose-built tablature systems. The absence of a single dominant standard is a young-instrument problem, not an impossibility.
Standard notation works fine. A handpan plays specific, fixed pitches. Any handpan piece can be written on a stave, and composers writing for handpan in ensemble contexts do exactly that. The awkward parts are the same awkward parts as for any hand percussion: notating which hand plays what, notating unpitched rim and shell sounds, and notating damping. Percussion notation has established conventions for all three.
Handpan-specific tablature. Because the notes are arranged in a circle rather than in a line, several systems represent the instrument as a diagram of its layout with the tone fields numbered or shaded in playing order. Digital tools exist for producing these. Their strength is that a beginner can follow one immediately without reading music. Their standard weakness is rhythm: most simple tab shows the order of notes but not their duration or timing, so it functions as a memory aid rather than a complete score. Systems that add a time grid or rhythmic notation on top address this.
Why no single standard has won. The instrument is barely twenty-five years old, scales differ between instruments so a diagram is not portable, the community formed online rather than through conservatoires, and most players learn by ear and video. Video is, in practice, the dominant transmission medium, which reduces the pressure to standardise.
Why it is worth writing things down anyway. Improvised playing has a strong tendency to converge on the same handful of patterns. Committing a phrase to paper forces decisions about structure, length and ending that improvisation lets you avoid, and players who do it generally develop faster.
MYT-15“The instrument was invented in India / Africa / the Caribbean”#
beginner
The myth. The handpan comes from India, or from Africa, or is a Caribbean steel drum, depending on who is telling it.
Short answer. It was invented in Bern, Switzerland, in 2000, by Felix Rohner and Sabina Schärer of PANArt. The Caribbean claim is the only one with a genuine connection, and it is a claim about the handpan’s ancestor rather than about the handpan.
The Caribbean version. This is half right and worth stating precisely. The steelpan was developed in Trinidad and Tobago in the 1930s and 1940s, with Ellie Mannette credited for the 55 gallon oil drum and the sunken concave playing surface. Rohner and Schärer were steelpan builders who spent the 1990s developing their own sheet steel for pan making, and the Hang applies steelpan note-making to a closed vessel played with the hands. So the technique is Trinidadian in origin; the instrument is Swiss. Calling a handpan a “steel drum” collapses that distinction and annoys steelpan players, reasonably.
The Indian version. Usually traces to the ghatam, the clay pot of Carnatic percussion, or simply to the instrument turning up in yoga studios. The ghatam is genuinely ancient and genuinely a struck vessel, but nothing in handpan construction, tuning or technique comes from it.
The African version. Usually traces to the udu of the Igbo people of Nigeria, another clay vessel drum, which does use a side hole to excite the Helmholtz resonance of the pot. Again a shared piece of physics, not a shared lineage. The relevant African contribution to this story is actually the Trinidadian one, since the steelband movement grew out of Afro-Caribbean carnival traditions with roots in West African drumming.
Why the myths spread. The instrument’s sound has no obvious western reference point; it circulates in contexts that market themselves with global-spiritual imagery; and its actual origin, two Swiss people in a workshop in Bern in 2000, is less romantic than the alternatives. It is also, as origin stories go, extremely well documented, which is what makes the invented versions unnecessary.
MYT-16“A handpan will cure your anxiety”#
intermediate
The myth. Playing or listening to a handpan treats anxiety, and specific tunings or frequencies have measurable therapeutic effects.
Short answer. There is decent evidence that music therapy helps with anxiety, at roughly a medium effect size, and none at all that a handpan specifically does anything a guitar or a piano would not. Playing may well make you feel better. It is not a treatment, and it should not replace one.
What the evidence actually shows. A 2025 systematic review with multilevel meta-analysis in eClinicalMedicine pooled 51 studies of music therapy for anxiety and found a statistically significant medium effect (g = 0.357 overall, g = 0.410 for self-reported anxiety). That is a real result and a respectable one. But the same review found the effect on physiological measures small and not statistically significant (g = 0.153), rated study quality as strong in only about a quarter of studies and weak in nearly 40 per cent, noted that most studies lacked masking, which tends to inflate effects against passive controls, and reported that the mechanism and the optimal dose remain unknown.
Read that honestly and it says: music therapy, delivered by a trained therapist, plausibly helps a fair number of people with anxiety, by a mechanism nobody has pinned down, and the subjective benefit is much better evidenced than any bodily one.
What it does not say. It says nothing about handpans specifically. It says nothing about particular frequencies, scales or tunings having distinct effects. It does not support the claim that any instrument treats an anxiety disorder, and it does not license anyone without clinical training to describe what they are offering as therapy.
What is genuinely plausible for a handpan player. Regular practice of a rewarding physical skill, focused attention that interrupts rumination, slowed breathing that tends to accompany slow playing, and social contact through the handpan community are all things that reasonably support wellbeing. Many players report exactly this and there is no reason to doubt them.
Where the line is. “This instrument reliably calms me down and I look forward to playing it” is honest and probably true. “This instrument cures anxiety” is a medical claim without evidence, and in some jurisdictions selling on that basis is also a regulatory problem. If you have an anxiety disorder, see a clinician. Then, by all means, also play.
Symptom first diagnosis: what a dead note, a buzz, a wobble or a lost sustain usually means, and when to call the maker.
Most handpan problems are not handpan problems. Damping from a lap or a case, a ring on a striking
finger, a room with too much carpet, a cold instrument taken straight out of its bag, a phone
microphone held too close: these account for the large majority of reports that something has gone
wrong. Work through the mundane explanations first, because they are both more likely and free to
fix.
The genuine faults are a short list, and they share a signature. They are local rather than global,
they persist across rooms and playing positions, and they represent a change from how the instrument
used to be rather than a difference from how you expected it to sound. If you have a reference
recording of your instrument from when it was new, this section gets much easier. If you do not,
make one today.
Short answer. Nine times out of ten something is touching the instrument, and the rest of the
time it is your hand. Check for contact and technique before you conclude the note is damaged.
Work through it in this order. Is anything resting against the shell? A knee pressed too firmly, a
forearm on the rim, a cushion, case foam, a stand pad in the wrong place, or the instrument sitting
flat on a table all damp specific tone fields. Lift the instrument onto your fingertips or a proper
stand and play the note again. If it comes back to life, that was it.
Next, your stroke. A dead sounding note is very often a note struck with too much contact time:
pressing into the field, or landing flat with the whole finger pad and staying there. The tone field
needs to be released instantly. Try a lighter, faster bounce right on the centre of the field, and
also try striking slightly off centre, since the sweet spot is not always where you assume.
Then check the note itself. Look at the tone field in raking light for a dent, a dimple or a
flattened area. Compare it with its mirror note on the other side of the instrument. If there is
visible deformation, see TRB-11.
Finally, consider the interior. Many makers fit internal damping elements, and one that has shifted
or fallen against a tone field will choke it. If nothing external explains it and the note is
genuinely dull compared with how you remember it, send audio and photographs to your maker.
Short answer. Find out whether the buzz is coming from the instrument or from something near
it. Most buzzes turn out to be jewellery, a rim ring, an object on the shell or a sympathetic rattle
somewhere in the room.
The quickest test is to move. Pick the instrument up, hold it on your fingertips away from any
surface, and play the offending note in a different part of the room. If the buzz disappears, it was
never the handpan: window frames, radiators, glassware, cheap shelves and the stand itself all
resonate at specific pitches and rattle only when that note is played.
If it follows the instrument, check the obvious contact points. Rings, watches and bracelets buzz
against steel. A rubber or silicone rim ring that has gone loose or dirty buzzes. So does a coin, a
stray screw or a plectrum that has found its way onto the shell, and so does a sticker or a name
plate whose adhesive has failed.
If it is still there, listen to where it comes from. A buzz that seems to come from inside the
instrument points at TRB-08. A buzz localised to the
rim, particularly one that changes when you press the two shells together at that point, points at a
seam or glue line problem and needs a maker: see
TRB-12.
The last possibility is that the note itself is producing a rough, distorted sound rather than a
mechanical rattle. That is a tuning symptom rather than a buzz, and it usually means partials that
are no longer aligned. Compare it with a neighbouring note struck the same way.
TRB-03A ghost note appears when I hit a different note#
beginner
Short answer. That is sympathetic resonance and it is normal. A handpan is a single connected
shell of tensioned steel, so striking one note excites the others, particularly ones related to it
by an octave or a fifth.
This is not a defect. It is a large part of why the instrument sounds the way it does: the halo of
other notes ringing quietly under the one you struck is the shimmer people fall in love with. Every
handpan does it, and instruments with longer sustain, stainless in particular, do it more.
The pattern is predictable if you know the scale. Strike a note and its octave partner will answer
loudest, then its fifth, then anything sharing strong partials with it. If your ghost note is
exactly the octave or the fifth of what you played, you have your explanation and there is nothing
to fix.
Two situations where it is worth a second look. First, if a ghost note has become dramatically
louder than it used to be, or louder than the note you actually struck, that can indicate that two
notes have drifted into an unusually tight coupling, which is a tuning question rather than a defect
in itself. Second, if the ghost is not a note in the scale at all but a rough, non musical ring, look
at TRB-07.
If sympathetic ringing is getting in the way musically, the fix is technique rather than repair.
Damping with the heel of the hand, playing with a lighter touch, and muting the ringing field with a
finger while you strike another are all standard. Some players use a light cloth on unused notes
when recording.
Short answer. Check for damping first, then for oil build up, then temperature, and only then
consider that the steel has changed. Sustain complaints are far more often about contact and context
than about the instrument.
Damping is the leading cause. Anything touching the shell absorbs energy: a lap, a cushion, a table,
a stand with an unsuitable pad, a case being used as a playing surface, or clothing against the
bottom shell. Test by holding the instrument up on your fingertips and comparing.
Oil build up is the second cause and the one people never suspect. Nitrided surfaces are slightly
porous and absorb oil, and several makers report that an over oiled nitrided instrument loses some
sustain, which is why some prefer a wax on that steel. If you have been oiling generously and
frequently, clean the surface back with isopropyl alcohol, dry it, and listen again before you
re-treat.
Then context. A cold instrument sounds different from a warm one. A furnished room with soft
surfaces gives you far less apparent sustain than a hard floored one, and if you have moved house or
started playing in a different room, that alone will account for it. Recording something before and
after would have settled this, which is an argument for recording a reference clip of a new
instrument.
Genuine loss of sustain in the steel does happen, from heavy corrosion damping the surface, from
accumulated deformation, or from an internal damping element shifting. If the instrument is
extensively rusty, or the sustain loss is confined to one or two notes rather than the whole
instrument, treat it as a real fault and contact your maker.
Short answer. Beating means two frequencies very close together interfering with each other. On
a handpan that is usually either a partial that has drifted out of alignment with the fundamental,
or wave interference inside the shell, and only the first is a fault.
The mechanism is simple arithmetic. Two tones a few hertz apart produce a pulsing amplitude at the
rate of their difference, so a wobble you can count at about three per second means roughly three
hertz between two components of that note. Count the pulses; it tells you how far apart they are.
The benign cause is chamber interference. Sound reflecting inside the shell can come back out of
phase with the vibrating tone field and partially cancel it, producing an unstable, wobbly note.
This is a known geometry problem rather than damage, and it affects particular pitches on particular
shell sizes. Saraz have written about Bb4 being especially troublesome on 53 centimetre instruments
for exactly this reason, and builders address it with internal baffles, often cut plastic bottles
held on magnets, or by changing which note sits at that frequency. If your instrument has always
wobbled on one specific note, this is very likely the explanation.
The fault cause is drift: the octave or twelfth partial has moved relative to the fundamental, so
the note beats against itself. The tell is change over time. A note that used to be clean and now
wobbles has moved, and no amount of technique will fix it. Check it against
CAR-17
and send the maker a recording.
Short answer. The ding is the most highly stressed part of the instrument and the least
tolerant of point loads, so a ding that has changed is more often a real problem than a technique
one. Check for pressure damage first.
Ask what has been on it. Something stored on top of the instrument, another handpan stacked on it, a
bag placed on a cased instrument, someone leaning on it, or the instrument resting dome down on a
hard or uneven surface all press directly on the dome. That is the classic route to a ding that has
gone flat, dull or unstable.
Then look at it properly in raking light. The dome should be smooth and symmetrical. A flat spot, a
slight dimple or an asymmetry where the dome meets the surrounding surface is visible damage.
Compare against photographs of the instrument when it was new if you have them.
Rule out the ordinary explanations too. The ding responds very differently to where and how hard you
strike it, and many players unconsciously start hitting it harder as their playing gets more
confident, which produces a duller, more thudding sound rather than a clear tone. Try a light,
central, quickly released strike. The ding also excites the whole instrument more than any other
note, so how it sounds is unusually sensitive to how the instrument is supported and to the room.
If it has genuinely changed pitch, lost its clarity or developed a wobble, this is a maker
conversation rather than a home fix. The ding is technically demanding to retune and its state
affects the whole instrument.
TRB-07There is a metallic ringing that will not stop#
intermediate
Short answer. Decide whether it is a musical partial ringing on, which is normal and often
lovely, or a harsh non musical ring, which usually comes from the rim, an object nearby, or a
missing or displaced damping element.
Long ringing is a feature on many instruments, particularly stainless ones, and the higher partials
of the shell can sing for a long time after the fundamental has faded. If the ring is at a pitch
that belongs in the scale and it fades smoothly, nothing is wrong. Damp it with a hand on the rim or
a finger on the field.
If it is harsh, atonal or has a shimmering, cymbal like quality, look at the shell rather than the
notes. The rim and shoulder areas can ring at high frequencies, and instruments shipped with a
rubber or silicone rim ring are often shipped with it precisely because it tames this. Check whether
your ring is missing, has been left off, or has stretched and stopped making proper contact.
Then check the room and the stand, as in TRB-02. Metal stands,
light fittings, radiators and cymbals in the same room ring sympathetically and it is remarkably
hard to localise a high pitched ring by ear.
If it is coming from inside, it may be an internal damping element that has come loose. See
TRB-08.
Before assuming a fault, record it. High ringing is one of the sounds that is much more obvious to
the person sitting over the instrument than to a listener, and it often disappears entirely in a
recording made a couple of metres away.
Short answer. It is probably an internal damping element that has detached. Do not shake the
instrument hard and do not try to fish it out. Contact your maker, describe what you hear, and ask
what they fitted.
Handpans are not empty. Makers commonly place baffles or damping objects inside to control wave
interference and tame problem notes, and one widely described approach uses cut plastic bottles held
in position by rare earth magnets so they can be repositioned during tuning. Foam blocks, tape and
other elements appear in various builds. A loose magnet, a shifted bottle or a detached foam piece
is therefore the most likely thing rattling around, and it is the maker who knows what should be
there.
Why not shake it: whatever is loose is a hard object inside a thin, tuned steel chamber, and
bouncing it around at speed is a genuine way to dent a tone field from the inside. Tilt the
instrument slowly and gently if you want to work out where the object sits, and stop there.
Why not fish it out: the port is small, the interior surfaces are tuned, and tools going in blind
scratch and dent. A detached magnet in particular will snap back onto the steel somewhere and can be
difficult to move without marking it.
What to do instead: record the sound, note when it happens and which notes trigger it, take a torch
photograph through the port if you can, and send all of that to your maker. Many will talk you
through a safe retrieval or tell you it is harmless where it now sits. If it is a foreign object,
say a coin dropped in through the port by a curious visitor, the same advice applies.
TRB-09The instrument sounds different in a different room#
beginner
Short answer. Because it is a different room. Room acoustics change what you hear far more than
almost anything that can go wrong with the instrument, and nothing about the handpan has changed.
A handpan is quiet, rich in high partials and slow to decay, which makes it unusually sensitive to
its surroundings. Hard surfaces reflect the high partials back at you and extend the apparent
sustain, so bathrooms, stairwells, churches and empty rooms flatter it enormously. Soft furnishings
absorb exactly those frequencies, so a carpeted living room with a sofa and curtains sounds dry,
short and dull by comparison. Outdoors is the extreme case: no reflections at all, so the
instrument sounds thin, small and disappointing to most players the first time they take it outside.
Room size and shape also affect specific pitches. Standing waves in a small room reinforce some
notes and cancel others depending on where you sit, which is why one note can seem to boom or vanish
in one spot and be perfectly balanced two metres away. Move around and listen.
The practical implication is that you cannot compare your instrument to a recording, to a shop
demonstration or to your memory of a festival unless the room is comparable. If you want a stable
reference, record a short clip in one fixed place and use that for comparison over the years.
If a specific note behaves oddly in one room only, that is the room. If it behaves oddly everywhere,
that is the instrument.
Short answer. Usually you, your room or your expectations rather than the instrument. Genuine
loss of volume is rare and almost always comes with other symptoms.
Start with the listener. Ears adapt fast, and the novelty of a new instrument makes it sound bigger
than it does six months later. This is the single most common explanation and it is very hard to
argue with someone experiencing it, which is why a reference recording made when the instrument was
new is so useful.
Then technique. Players often get quieter as they get better, moving from enthusiastic slapping to
controlled, released strokes, and the tone improves while the raw level drops. Conversely, tension
in the hands and wrists damps the strike and reduces output, and tension increases when you are
worried about your instrument, which makes this a nicely self fulfilling problem.
Then the physical checks, which overlap with
TRB-04: damping from contact with your lap, a stand or a
surface; heavy oil build up on a porous nitrided surface; a room with more absorption than the one
you are comparing against; and temperature.
Real, measurable volume loss across the whole instrument would mean the steel is either heavily
damped by corrosion or has lost tension, and both come with other signs, particularly shortened
sustain and pitch drift. If the level has dropped on one note only, look at that tone field for
deformation. If everything is quieter and duller and the instrument looks rusty, that is a genuine
maker conversation.
Short answer. Do not try to push it back out. A dent in a tone field is deformed, work hardened
steel and it has almost certainly moved the tuning of that note. Photograph it, test the note, and
get an assessment.
Where the dent is matters enormously. A dent in the rim or the outer shoulder, away from any tone
field, is often cosmetic and acoustically irrelevant. A dent in the middle of a tone field is the
worst case, because that area’s shape is exactly what sets the note’s pitch and partial alignment. A
dent on the boundary between fields can affect both.
Test before you panic. Play the note, then the same note’s neighbours, then compare with a tuner.
If the pitch is unchanged and the note sounds clean, you may have got away with it, and plenty of
instruments carry small cosmetic marks with no acoustic consequence. If the note is flat, dull,
wobbling or has lost its octave, the tuning has moved.
Never attempt to press or hammer it out. Steel that has been dented has already been plastically
deformed and work hardened, and pushing it back does not restore the original stress state. What it
does is add a second deformation on top of the first, which makes the tuner’s job harder and can
take the field past the point of correction. This is the single most common way owners turn a
repairable problem into a permanent one.
Send photographs from several angles plus a recording of the note to your maker. Dents in tone
fields are routine work for a competent tuner, and the honest answer of how well it can be corrected
depends on depth, position and how much life that field has left.
Short answer. This is a maker’s job and it does not get better on its own. Stop playing it hard,
keep it dry, and get it assessed, because a failing bond changes how the two shells behave together
and lets moisture into the interior.
Most handpans are two shells joined at the rim, and the join is typically glued, sometimes welded
depending on the builder. A glued seam is a structural component, not a cosmetic detail: it holds
the chamber together, and the chamber is part of the instrument’s acoustic system. A separation
usually announces itself as a buzz or rattle localised to one part of the rim, a visible gap or line
where the two halves meet, or a change in the instrument’s overall resonance.
Confirm it carefully. Look along the rim in good light for a hairline gap, discolouration or
adhesive squeezed out. Press the two shells gently together at the suspect point while someone plays
a nearby note and listen for the buzz stopping. Do not lever, prise or twist.
Why it happens: heat, particularly sustained heat in a car or in direct sun, is hard on adhesives;
so is impact, and so is long term corrosion working along the join. Makers generally use adhesives
rated for outdoor conditions, but they are not indestructible.
Do not try to glue it yourself. Choosing an adhesive that bonds to treated steel, survives
vibration and does not damp the shell is not a hardware shop decision, and a badly repaired seam is
harder to fix than an open one. Keep the instrument dry and out of heat, avoid heavy playing, and
contact the maker with photographs. Some seam separations are straightforward repairs; extensive
ones can be terminal on a cheap instrument.
Short answer. This applies to painted, powder coated or lacquered instruments, and it needs
attention because bare carbon steel under a lifting coating rusts quickly and often invisibly.
Coated instruments trade off differently from nitrided or stainless ones. While the coating is
intact it is excellent protection, and it is why cheaper carbon steel instruments can look pristine
for years. Once it lifts, water gets underneath, corrosion spreads laterally along the interface,
and the visible flake is usually smaller than the affected area. Blistering or bubbling is the same
process seen earlier.
What to do in the short term: keep the instrument dry, stop using solvents on it, and do not pick at
the loose edges beyond removing anything already detached. Wipe after every session and be
particularly careful about sweat sitting on an exposed patch. Clean bare spots with alcohol and keep
a thin film of a skin safe oil on them as an interim measure, but understand that this is a holding
action rather than a repair.
What not to do: touch up paint from a hardware shop is a poor idea. Colour and finish rarely match,
adhesion over corroded steel is bad, and thick coatings can damp a tone field enough to hear. Rattle
can lacquer over a rusting substrate simply seals the corrosion in.
Long term, this is a maker or refinisher question, and the honest answer may be that a full strip
and recoat costs a substantial fraction of the instrument’s value. Ask before assuming. If the
instrument is otherwise good and holds its tuning, it can be worth it; on a very cheap instrument it
usually is not.
TRB-14The whole instrument sounds flat or sharp today#
beginner
Short answer. Almost always temperature. Steel changes dimension with temperature, so a cold or
warm instrument reads differently on a tuner and sounds subtly off. Let it settle at room temperature
for twenty minutes and check again.
If every note has moved in the same direction by a similar amount, that is a physical, uniform cause
rather than damage. Damage is local: it affects one note, or one note and its neighbours. A whole
instrument shifting together points at temperature first and your measurement setup second.
The measurement checks are worth doing before you worry. Confirm your tuner’s reference pitch is set
where you expect, since an app quietly set to 432 hertz will report every note on a 440 hertz
instrument as sharp by about 32 cents, and vice versa. Confirm you are reading the note as it settles
rather than during the attack transient, because the initial strike is rich in partials and tuners
often latch onto the wrong one. And confirm the instrument is being held or supported normally.
Temporary temperature shifts resolve completely as the instrument returns to room temperature and
are not damage. What is not temporary is the effect of prolonged heat, particularly direct sun or a
closed car, which can move tuning permanently by several cents because heat is one of the tools used
to stabilise these instruments during building.
If it still reads consistently off after acclimatising, with a correctly configured tuner, compare
against a reference recording or previous readings before concluding anything. See
CAR-17.
TRB-15My instrument sounds bad on recordings but fine in the room#
intermediate
Short answer. This is a recording problem, not an instrument problem. A microphone placed close
to a handpan hears the strike, the high partials and the shell noise in proportions no listener ever
experiences.
Your ears sit roughly half a metre above the instrument, they hear both sides of it plus the room’s
reflections, and your brain integrates the whole thing. A single microphone at twenty centimetres
over one tone field hears that field’s attack enormously exaggerated, the rest of the instrument
quieter, and none of the spatial blend that makes the sound feel large. Add phone microphones, which
apply compression, noise reduction and automatic gain designed for speech, and the result can be
genuinely unrecognisable.
The usual fixes, in order of effect. Move the microphone further away, often a metre or more, and
above the instrument rather than beside it, so it hears the whole shell. Record in a room with some
reflective surfaces rather than a dead one. Use a stereo pair if you have one, since much of the
perceived beauty is the spread of sympathetic ringing across the instrument. Turn off any automatic
processing you can. And check the recording on speakers rather than only on headphones, which
exaggerate the same close detail.
The common specific complaints map onto specific causes: too much clicky attack means the microphone
is too close or too low; a thin, small sound means too little room; harsh high ringing means the
microphone is aimed at the shoulder or rim rather than over the centre.
Nothing here indicates a fault. Before troubleshooting your instrument from a recording, make a
better recording.
TRB-16My new instrument does not sound like the demo video#
beginner
Short answer. No instrument does. Demo videos are recorded by an experienced player, in a chosen
room, with good microphones, and then mixed with reverb. Three of those four things are absent when
you sit down at home.
Take them in order of impact. The player is usually the largest single difference: touch, dynamics,
where on the tone field they strike, and how they release. Reverb is the second. Almost every handpan
video has reverb added, sometimes a great deal of it, because handpans respond beautifully to it, and
a dry recording of the same instrument sounds startlingly small by comparison. The room is third, as
in TRB-09. The microphones and mix
are fourth.
There is a real fifth factor, though, and it should not be dismissed: instruments vary. Two
instruments in the same scale from the same maker are not identical, and instruments from different
makers in the same scale can differ substantially in attack, sustain, brightness and how much
cross talk they have. Nitrided steel generally has a crisper attack and shorter decay, stainless a
longer sustain, so a video of a stainless instrument sets an expectation a nitrided one will not
meet.
What to do. Play it for a few weeks before judging, because your touch adapts and new owners
overplay. Record it properly and add some reverb, which is the fairest comparison you can make.
Compare it against other instruments in person if you can. And if after all of that a specific note
sounds genuinely wrong rather than merely different, that is a warranty conversation to have early
rather than late.
TRB-17There is a small dimple or deformation from hitting too hard#
intermediate
Short answer. You have plastically deformed the tone field, the note has very likely moved, and
the only useful immediate action is to stop hitting it that hard. Do not try to work it out yourself.
This is the classic self inflicted injury, and it develops gradually rather than in one moment.
Repeated hard strikes in the same spot push the steel past what it recovers from, and the centre of
the field slowly flattens or dimples. Players often notice the sound before the mark: the note goes
slightly flat, loses its clarity, or starts to wobble as the partials fall out of alignment. Then
they look at it in raking light and find a shallow depression exactly where their finger lands.
Diagnose it honestly. Compare the field with its counterpart elsewhere on the instrument. Feel it
with a flat fingertip. Check the pitch against a tuner and against your memory or a reference
recording. If both the mark and the pitch change are there, that is what has happened.
The fix is a tuner’s job, and it is often a straightforward one if caught early. Left alone and kept
playing hard, the deformation deepens and the metal work hardens further, which reduces how much
correction is possible over the instrument’s life.
The prevention is technique, and it is worth taking seriously because this is entirely avoidable.
Handpans reward speed and release rather than force, and a relaxed bouncing stroke is both louder in
useful tone and gentler on the steel than a heavy one. If you need more volume, amplify rather than
hit harder.
TRB-18When should I stop playing it and send it to a maker?#
intermediate
Short answer. Stop and get an assessment when something is structurally wrong, when a note has
genuinely changed rather than merely sounding different, or when continuing to play risks making a
repairable problem permanent.
Stop playing and contact a maker straight away for:
A cracked, split or separating seam or glue line, since playing accelerates it.
Any crack in the metal itself, anywhere.
A dent or dimple in a tone field, particularly if the note has changed. Continuing to play the
damaged note hard makes the tuner’s job harder.
Something loose inside the shell that moves and strikes the interior.
Extensive or pitted rust, especially inside the instrument.
Get an assessment, but you can keep playing gently, for:
A single note that has drifted, wobbles or has lost its octave.
Shortened sustain or a duller sound that persists after you have ruled out damping, oil build up,
room and temperature.
Light surface rust you have cleaned once and which keeps coming back in the same place.
Coating that is flaking or blistering.
Do not send it anywhere for: sympathetic ringing, sounding different in a different room, sounding
unlike a demo video, small cosmetic scratches, patina on stainless steel, or a tuner reading that
was taken on a cold instrument. Those are all covered elsewhere in this section and none of them is
a fault.
However urgent it looks, the first step is the same: photographs of the whole instrument and the
specific area, a recording of the note played normally, tuner readings if you can, and a clear
description of what changed and when. Every competent maker assesses remotely before asking you to
ship anything, and shipping is the expensive and risky part.