Understanding handpan scales
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.
SCA-02How do I read a handpan note layout?#
beginner
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.
SCA-07What do bottom notes and mutants add?#
intermediate
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.
SCA-08Is more notes better?#
beginner
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.