What is a handpan?

You have probably arrived here having seen a video: someone sitting cross-legged with a metal flying saucer on their lap, making a sound like a harp being played inside a bell. This page is what that object actually is.

The short version#

A handpan is a convex steel shell, usually around 50 to 60 cm across, made from two hammered half shells joined at the rim. The top shell carries a domed note in the centre — the ding — and a ring of seven to nine flattened dimples around it. Each dimple is a tone field, hammered and heat treated until it rings at a specific pitch. The lower shell is mostly plain and carries one round hole, the gu, which lets the sealed air cavity resonate.

Picture two woks joined at the rim. That is genuinely the shape.

Why one note sounds like a chord#

This is the part that surprises people, and it is the thing that makes a handpan a handpan rather than a nicely tuned bowl.

Each tone field is not tuned to one pitch. It is tuned to three at once: a fundamental, an octave above it, and a fifth above that octave, all deliberately hammered into the same patch of steel. So one fingertip strike releases three consonant partials together. Meanwhile the neighbouring fields, untouched, ring sympathetically through the shell and the enclosed air.

Play three notes in sequence and you are actually hearing perhaps a dozen overlapping partials, all harmonically related, none of them clashing.

Then add the scale. Handpans are tuned to a single modal or pentatonic scale chosen to contain no harsh clashes. On most instruments there is no note that sounds wrong against any other. A complete beginner hitting things at random still produces something that hangs together.

The sealed body does one more job. It 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 air cavity, not to any tone field. That is a real note you can play, and later in the curriculum you will.

Is it a drum?#

Formally, no. Under the standard instrument classification a drum is a membranophone: the sound comes from a stretched skin. A handpan has no skin. The steel body itself vibrates, which makes it an idiophone — the same family as bells, gongs, marimbas and the Trinidadian steelpan it descends from.

In practice it sits on the fence, and that is most of its appeal. The playing technique comes almost entirely from hand drumming: slaps, ghost notes, rim taps, palm muting, the same wrist mechanics you would see on a djembe or a darbuka. But every strike has a definite pitch, the pitches form a scale, and the obvious thing to do with them is play tunes.

The honest description is pitched percussion. That matters for how you learn it, and it is why this school teaches rhythm from the first lesson rather than treating the handpan as a slow ambient object.

Handpan, Hang, or “hang drum”?#

These three words get used interchangeably online. They are not the same thing, and getting them right will save you an awkward moment with a maker.

If you are talking to a maker, say handpan. If you are talking about a genuine PANArt instrument, say Hang. Nobody will mind if you slip, but the distinction is real and it is easy.

What it is not#

Three instruments get confused with handpans constantly, and two of them are what you will actually be shown if you search a large online marketplace.

Steel tongue drum#

The notes are tongues cut out of the shell with a saw or laser, not dimples hammered into unbroken steel. Cutting is a precise, repeatable, largely mechanical operation, which is why tongue drums cost a fraction of what handpans cost.

The sound differs accordingly. A tongue drum note is close to a single pitch with a long, pure, bell-like decay. A handpan note carries that tuned octave and fifth inside the field, so it is harmonically richer and more complex. Tongue drums also ring longer, which is lovely for slow ambient playing and a genuine problem for anything rhythmic, because the notes pile up.

Tongue drums hold their tuning almost indefinitely, tolerate knocks and heat, and take mallets happily. Handpans do none of those things.

Steelpan (steel drum)#

The Trinidadian instrument the handpan descends from, and the ancestry is direct rather than a loose resemblance. A steelpan is concave — sunk inward from an oil drum, with the notes as raised bumps inside the bowl. It is played with rubber-tipped sticks, it is loud and bright, and it is built for orchestras.

A handpan is domed outward, sealed into a closed cavity, and played with fingers. That inversion is a large part of why a handpan is so much quieter.

RAV Vast#

The one that gets closest. It is a steel tongue drum, made in Russia, but each cut tongue has several partials tuned into it rather than one, which gives it far more harmonic body than an ordinary tongue drum. Genuinely lovely, much cheaper, much tougher. Still not a handpan, and still not what this school teaches on.

How big, how heavy, how loud#

• Diameter: most commonly around 53 cm, ranging roughly 50 to 60.
• Weight: typically 3.5 to 5 kg for a standard shell. Heavier than it looks in videos, and you will feel it on your lap after twenty minutes.
• Volume: quieter than almost everyone expects. It will not fill a room the way a guitar does. It is an intimate instrument, and the recordings you love were mostly made in reverberant spaces with a microphone close by.

That last point is worth sitting with, because “quieter than I imagined” is one of the three most common reasons people fall out of love with the instrument. It is not a party instrument. It is a two-people-on-a-sofa instrument.

Do I need to be able to read music?#

No, and this school assumes you cannot. A handpan is tuned to one scale, has no accidentals, and offers 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. It is what makes it immediately rewarding for a beginner, and it is what makes it demanding later, when you discover that rhythm, dynamics and phrasing are the only variables you have left.

Which is exactly where the interesting music is.

Next#

Now that you know what the object is, the next question everybody asks is why the price range is so absurdly wide.