Care and maintenance

• 1: Routine care
• 2: Rust and corrosion
• 3: Storage, cases and travel
• 4: Tuning stability

1 - Routine care

CAR-01What is the basic care routine for a handpan?#

beginner

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.

See also: CAR-03, CAR-08

CAR-02Do I really need to wipe it after every play, and why?#

beginner

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.

See also: CAR-06, CAR-09

CAR-03What oil should I use, and how often?#

beginner

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.

See also: CAR-04, CAR-12

CAR-04Can I use coconut oil, and what are the arguments against it?#

intermediate

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.

See also: CAR-03, CAR-05

CAR-05How do I clean off fingerprints and grime?#

beginner

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.

See also: CAR-03, CAR-10

CAR-06Should I wash my hands before playing?#

beginner

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.

See also: CAR-02

CAR-07Does playing with rings, watches or long nails matter?#

beginner

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.

See also: CAR-18, Playing and technique

2 - Rust and corrosion

CAR-08Why do handpans rust, and what makes it worse?#

beginner

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.

See also: CAR-09, CAR-22

CAR-09How do I spot rust early?#

beginner

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.

See also: CAR-10, CAR-11

CAR-10How do I remove light surface rust without detuning the instrument?#

intermediate

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:

1. 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.
2. 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.
3. A polishing cloth impregnated with a mild compound, which some guides prefer to a pad because it is gentler and more controllable.
4. 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.

See also: CAR-05, CAR-11

CAR-11When is rust serious enough to need a maker?#

intermediate

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.

See also: CAR-13, TRB-18

CAR-12Does nitrided or stainless steel rust?#

intermediate

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.

See also: CAR-03, Buying

CAR-13Does rust change the sound?#

advanced

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.

See also: CAR-11, Acoustics and physics

3 - Storage, cases and travel

CAR-19How should I store my handpan?#

beginner

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.

See also: CAR-08, CAR-22

CAR-20What case should I buy?#

beginner

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.

See also: CAR-19, Buying

CAR-21How do I fly with a handpan?#

intermediate

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.

See also: CAR-20, CAR-22

CAR-22What about temperature shock and condensation?#

intermediate

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.

See also: CAR-18, TRB-14

4 - Tuning stability

CAR-14Why do handpans go out of tune, and how often do they need retuning?#

beginner

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.

See also: CAR-17, CAR-18

CAR-15How much does retuning cost, and who can do it?#

intermediate

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.

See also: CAR-16, Business and legal

CAR-16Can I retune it myself?#

intermediate

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.

See also: CAR-15, Making and tuning

CAR-17How can I tell if mine has drifted?#

intermediate

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.

See also: TRB-14, TRB-05

CAR-18What permanently damages tuning?#

intermediate

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.

See also: CAR-19, CAR-22