Composing for Percussion Instruments

Percussion is often the last family a composer really gets to know. String, wind, and brass writing is usually taught early and reinforced constantly, but percussion tends to arrive late, taught briefly, and treated as a single undifferentiated category — “the percussion part.” That’s a shame, because percussion is arguably the least unified instrument family in the orchestra, and understanding why is the fastest way to start writing well for it.

This page is a starting point: a map of how percussion instruments relate to one another, how they’re classified, and what a composer needs to know before putting pen to paper. It draws on Samuel Z. Solomon’s How to Write for Percussion (Oxford University Press), the standard modern reference on the subject, along with the broader tradition of organology (the study of musical instruments), the major orchestration and notation guides, and the repertoire itself. A full reading list is at the end.

On this page: classification · pitch · practical groundwork · the instruments and their ranges · notation · extended techniques · repertoire · electronics · resources · further reading

Why percussion doesn’t behave like a “family”

String, wind, and brass instruments are grouped by family because they’re built alike, played alike, and blend together. A violin and a cello share construction, technique, and timbre closely enough that composers can write for them almost interchangeably in terms of function — pass a melody from one to the other and the ear barely notices the seam.

Percussion has no such consistency. A timpani and a guiro have essentially nothing in common — not construction, not technique, not sound. A crystal glass and a maraca are both “percussion,” but treating them as equivalent voices, the way a composer might treat a flute and an oboe, produces music that doesn’t hang together. The word “percussion family” really describes percussionists — people who can play all these things — rather than a family of instruments with shared sonic behavior.

This matters practically. Composers coming from string or wind writing often assume they can write a single line and hand it to “percussion,” or that any indeterminately-pitched instrument can substitute for any other. Both assumptions cause trouble. If you write one continuous melodic line and distribute it across a group of dissimilar instruments (say, a mix of drums, cowbell, and woodblocks), the ear won’t hear your line — it will reorganize what it hears into separate voices grouped by timbre, and your intended music dissolves into accidental polyphony. The fix isn’t to avoid combining unlike instruments; it’s to understand how alike or unalike they actually are before combining them, and to write with that relationship in mind.

Classifying percussion instruments

There are two classification systems worth knowing: the traditional organological system used by ethnomusicologists and instrument scholars, and a more compositionally useful system built specifically for composers. They ask different questions, and both are useful.

The Hornbostel–Sachs system

In 1914, Erich Moritz von Hornbostel and Curt Sachs published a classification system that is still the standard reference framework in organology today. Rather than sorting instruments by cultural origin, orchestral section, or appearance, Hornbostel–Sachs sorts them by the physical mechanism that generates the sound — what actually vibrates. It divides all instruments into five top-level categories:

• Idiophones: the instrument’s own body vibrates to produce sound, with no need for a stretched membrane, string, or column of air. This is the largest category within percussion by far: cymbals, gongs, triangle, woodblocks, claves, marimba and xylophone bars, glockenspiel, vibraphone, maracas, guiro, and the vast majority of “auxiliary” percussion all fall here. Hornbostel–Sachs further divides idiophones by how they’re set vibrating — struck, plucked, shaken/rattled, scraped, rubbed, or blown — a distinction that maps closely onto how percussionists actually think about technique.
• Membranophones: sound is produced by a stretched membrane (a drumhead). Timpani, snare drum, bass drum, congas, bongos, tom-toms, and the whole family of skin-headed drums belong here.
• Chordophones: sound is produced by a vibrating string. This is the string family (violin, guitar, piano) and rarely overlaps with percussion writing, though instruments like the cimbalom or string drum sit at the boundary.
• Aerophones: sound is produced by a vibrating column of air. This is the wind and brass family, but a handful of instruments a percussionist might be asked to play — conch shell, whistles, sirens, wind machine — are technically aerophones even though they show up in a percussion setup.
• Electrophones: sound is produced or significantly modified electronically. This category wasn’t part of the 1914 system; Sachs added it in 1940 to account for electronic instruments.

The value of Hornbostel–Sachs for a composer is mostly diagnostic: it explains why percussion is such a sprawling category in the first place. Most of what looks like “one family” on a percussion part list is actually idiophones, membranophones, and the occasional aerophone or friction instrument, sharing a stage but not a sound-production mechanism. It also explains why two instruments that look nothing alike — a marimba and a triangle, say — are more closely related in production method (both struck idiophones) than a marimba and a snare drum (idiophone vs. membranophone), even though the marimba and snare drum might get lumped together on a “percussion part” without a second thought.

What Hornbostel–Sachs doesn’t tell a composer is how two instruments will actually sound together, how they’ll blend, or which ones are interchangeable in a passage. For that, a different kind of map is more useful.

A composer’s classification: the Percussion Family Tree

Samuel Z. Solomon’s How to Write for Percussion proposes a classification built specifically to answer the composer’s actual question — not “what is this instrument made of,” but “which instruments will function similarly in my music.” His system, laid out as a “Percussion Family Tree,” sorts every common percussion instrument along four variables simultaneously:

1. Pitch clarity: how identifiable a single, specific pitch is when the instrument sounds, on a five-step scale from clear pitch (vibraphone, marimba, glockenspiel, tubular bells) through somewhat clear (timpani, steel drums, cowbells), less clear (tom-toms, triangle, tam-tam), nearly unclear (snare drum, bass drum, suspended cymbals), to unclear (maracas, guiro, sandpaper blocks, wind machine).
2. Register: where the instrument sits in the audible range, from the top of the piano’s compass down to below its lowest note.
3. Note length: how long a struck note naturally sustains, from under a second (woodblock, hi-hat, ratchet) to several seconds or more (tam-tam, suspended cymbal, church bell).
4. Sound-production method: a simplified, composer-facing version of the Hornbostel–Sachs categories: struck idiophones, shaken/rattled idiophones, scraped idiophones, struck membranophones, friction instruments (bowed or rubbed — string drum, cuica, musical saw, wind machine), and aerophones.

A fifth variable, dynamic tendency (how loud an instrument tends to be at a comfortable playing dynamic), rounds out the picture but isn’t part of the core “tree” mapping.

The practical payoff is a simple rule of thumb for predicting blend: the more of these four variables two instruments share, the more homogeneous they’ll sound combined, and the more safely you can treat them as a single functional voice, the way you might treat a violin and cello.

• Share all four → very likely a genuinely homogeneous, blended sound.
• Share three, with the fourth adjacent → probably homogeneous, very likely a good combination.
• Share two, with the other two adjacent → maybe homogeneous, probably still a workable combination.

Solomon anchors this scale with a familiar comparison: violin and cello count as a “homogeneous” pairing, while something like bass clarinet and cello counts as merely a “good blend” — not fully unified, but functional together. That’s roughly the resolution this scale is meant to capture for percussion instruments, most of which don’t have an established, obvious partner the way orchestral strings do.

He also notes that playing technique shifts an instrument’s position on this map in performance. Harder beaters make pitch less clear and the sound brighter and louder; playing near the node (rather than the standard beating spot) makes pitch less clear and the tone brighter but softer; damping shortens sustain and, depending on how much is applied, can clarify or further obscure pitch; louder dynamics generally reduce pitch clarity and brighten tone. None of this is fixed — a composer or performer can nudge an instrument toward or away from a blend by adjusting beater, beating spot, damping, and dynamic.

Two systems, two purposes

It’s worth holding both frameworks at once. Hornbostel–Sachs tells you what an instrument is — its physical sound-production mechanism, and its place in the broader universe of the world’s instruments, percussion and otherwise. The Percussion Family Tree tells you what an instrument does in the specific, practical context of combining it with other percussion in a piece of music. The first is a scholar’s tool; the second is a composer’s tool. Neither replaces listening to and, ideally, working directly with a percussionist.

The problem of pitch

Percussion instruments are routinely described as “pitched” or “unpitched,” but that’s a misleading shorthand — all sound has pitch content, even a stomp on the floor. The more accurate and useful distinction, and the one used throughout this page, is:

• Determinately pitched: the composer specifies the pitch (marimba, timpani, glockenspiel).
• Indeterminately pitched: the composer does not specify the pitch (snare drum, tam-tam, woodblock).

Some instruments that sound a clear, identifiable pitch — temple bowls, cowbells, brake drums — are nonetheless conventionally used indeterminately: composers rarely request a specific pitch from them, and performers rarely choose instruments based on pitch. Conversely, some instruments described colloquially as “unpitched” (a snare drum, for instance) are really instruments whose pitch is simply unclear or hard to control, not absent.

Why do some instruments read as pitchless to begin with? Usually one of three reasons: heavy noise content (overtones that don’t line up with a clean harmonic series, as in a snare drum’s snare buzz or a shaker’s rattle); very low register (the ear is bad at resolving pitch far below the range of the human voice, which is why a large bass drum or tam-tam sounds pitch-vague even though it isn’t); or pitch malleability (instruments like cymbals, tam-tams, and sirens whose spectrum brightens and seems to glissando as dynamics change).

Composers have three broad strategies for handling indeterminate pitch in a piece built around determinate pitch material:

1. Avoidance: write only for determinately pitched percussion (Boulez’s Sur Incises is a well-known example), and treat those instruments with the same care given to any pitched instrument.
2. Orchestrational ornamentation: use indeterminately pitched instruments sparingly, as color rather than structural material, the way eighteenth- and nineteenth-century orchestral scores tend to use triangle or cymbals.
3. Recontextualizing pitch’s function: let rhythm, timbre, and gesture carry the compositional argument instead of pitch, an approach found throughout the work of Varèse, Cage, Xenakis, and much of the world’s non-notated percussion music. Two accessible ways into this approach: give an indeterminately pitched instrument a fully independent solo passage (so the ear stops listening for harmonic function and starts listening rhythmically), or use it as a repeating drone (so its pitch content becomes background rather than foreground).

Before you write a note: practical groundwork

Percussion music succeeds or fails as much on logistics as on notes. A piece that’s musically excellent but impractical to set up, transport, or rehearse will simply get performed less — or performed badly, under time pressure, by musicians scrambling through a setup they’ve never seen before. A few habits go a long way.

Talk to a percussionist before you start. This is the single best piece of advice in the literature on writing for percussion, repeated by essentially every source on the subject. Percussionists are, by and large, generous collaborators, and no amount of reading substitutes for watching and hearing the instruments in person and asking a specialist what’s actually comfortable, available, and effective.

Default to fewer instruments, not more. A large, varied battery is tempting — every sound is available, so why not use it? — but it comes with real costs: rental and purchase expense, physical space (a big setup may simply not fit on some stages or in some pits), setup and strike time (a large setup can eat 30–45+ minutes of rehearsal and may force your piece to open a concert), transportation, and — most importantly for the music itself — balance and blend problems. A smaller, more consolidated setup usually produces more sophisticated, more idiomatic writing, because it forces you to draw more out of fewer sounds rather than reaching for a new instrument every time you want a new color. Before adding an instrument, it’s worth asking: is this sound genuinely distinct from something already in the setup? Will it even be audible? Do I really need multiples of it? Can one player physically reach it in time?

Assign instruments to specific players. If you’re writing for more than one percussionist, decide up front who plays what rather than listing instruments generically — ambiguity here is a common source of confusion (and wasted rehearsal time) at first readings.

Know what’s reasonable to ask of a performer physically. How fast a percussionist can play depends on the number of surfaces involved and the distance between them (single-surface passages are always fastest), the weight of the beaters, the dynamic level, and endurance. Passages that require a player’s eyes to leave the music or conductor — rapid instrument or beater changes, retuning timpani mid-phrase, unidiomatic keyboard voicings — usually require memorization, which means more rehearsal time than the notes alone would suggest. And a passage that would only be playable by splitting it across several performers isn’t really solo writing, however it’s notated for one.

Consider what you’re asking of a single pair of hands. Because a percussionist holds at most four mallets total (two per hand), keyboard-percussion writing composed at a piano — where ten fingers are available — routinely turns out wider, denser, and more independent than two hands with two mallets each can actually execute. A useful test: sketch keyboard-percussion lines using only your thumbs and pinkies at the piano, to get a rough feel for the real interval and voicing constraints. Comfortable single-hand spans are roughly an octave on marimba or vibraphone (narrower in the low register, where the bars are physically larger), an eleventh on xylophone or glockenspiel, and a major sixth on crotales.

A quick tour of the instrument families

The instruments covered in standard percussion writing are usually grouped into five practical categories. This is not the Hornbostel–Sachs taxonomy — it’s the working vocabulary composers and percussionists actually use day to day.

Keyboard percussion (mallet instruments)

Marimba, vibraphone, xylophone, glockenspiel, crotales, and tubular bells (chimes) — instruments with bars or tubes laid out like a piano keyboard, played with mallets. All are determinately pitched. Ranges vary and, importantly, several of these instruments sound at a different octave than written: xylophone sounds an octave higher than notated, glockenspiel and crotales sound two octaves higher than notated, while marimba, vibraphone, and tubular bells sound as written. Vibraphone and tubular bells have a damper pedal; vibraphone additionally has a motor that produces a tremolo-like pulsing effect when switched on. Vibraphone, marimba, and tubular bells all have tuned resonator tubes beneath the bars, which should never be struck with hard beaters.

Keyboard ranges at a glance

These are typical ranges, not universal ones; manufacturers differ, and larger and smaller instruments exist. The biggest practical question is the marimba. Five-octave instruments are now common in universities and professional settings but far from guaranteed in schools, churches, or on tour, so if the low fifth below A2 is essential, say so in the instrumentation, and consider an ossia for 4.3-octave instruments if you want the piece to travel widely.

Membranophones

Timpani, tom-toms, snare drum, field drum, tenor drum, bass drum (concert and pedal), bongos, congas, timbales, roto-toms, frame drums, tambourines, djembe, doumbek, and the drum set. Drums can be played with sticks, mallets, or bare hands, and each approach carries its own idiomatic vocabulary. Timpani is the one determinately pitched member of this family; the rest are conventionally indeterminate. Where a beater strikes matters a great deal: the center of a drumhead produces a darker, thumpier sound, while the edge produces a brighter, more focused one, and this can be indicated in a score without needing to specify exact positioning.

Timpani ranges at a glance

A standard set is four drums (32”, 29”, 26”, 23”); a fifth, smaller drum is common in orchestras but shouldn’t be assumed elsewhere. The middle of each drum’s range sounds best: near the bottom the head is slack and the tone gets tubby, and near the top it’s tight and thin. Timpanists retune constantly, but every change takes time, so list the opening tuning at the start of the part, announce each change ahead of time, and leave enough rests for the player to make it, preferably quietly and by ear while the rest of the ensemble is playing.

Metal

Cymbals, gongs and tam-tams, triangle, finger cymbals, cowbells, almglocken, brake drums, anvil, thundersheet, church and hand bells, steel drums, sleighbells, and wind chimes, among others. This is the most texturally diverse of the five categories, ranging from the sustained wash of a tam-tam to the dry, percussive snap of a triangle. “Gong” and “cymbal” are both generic terms in practice and should generally be qualified in a score (e.g., “Chinese opera gong,” “suspended cymbal, 18 inch”) rather than left ambiguous.

Wood

Woodblocks, templeblocks, log drums, wood planks and boxes, cajón, claves, castanets, guiro, slapstick, and ratchet. Woodblocks and templeblocks are largely interchangeable in practice and often notated loosely as a set of graduated pitches rather than as fixed, individually specified instruments.

Miscellaneous or found and invented sounds

Bottles, cabasa, conch shell, crystal glasses, maracas, shakers, rainstick, flower pots, sandpaper blocks, sirens, thumb piano, vibraslap, whistles, and the wind machine, plus — genuinely — almost anything else a percussionist can be handed: kitchenware, hardware, toys, furniture, even parts of other instruments’ stands and frames. This category is where percussion most overlaps with sound design, and it’s worth remembering that a percussionist’s job description already includes “figure out how to make an interesting, controllable sound out of an unconventional object.”

Notating percussion

Notation is where well-imagined percussion writing most often goes wrong. Percussion notation is less standardized than notation for any other instrument family, and a percussion part has to tell the player more than other parts do: not just what to play, but what to play it on, what to play it with, and when to move to the next instrument. The governing principle is the same one every notation guide repeats: be clear, be consistent, and define everything once, at the start, where the player will see it. The most useful references here are Elaine Gould’s Behind Bars (which has a full chapter on percussion), Norman Weinberg’s Guide to Standardized Drumset Notation (Percussive Arts Society, 1998), and Solomon.

Start with a legend

Every percussion part, and the score, should begin with a legend (or key): a short staff showing which instrument sits on which line or space, which notehead it uses, and what beaters it begins with. If the setup changes partway through, give a new legend at that point. Be specific in the instrument list itself: sizes (“suspended cymbal, 18 in.”), types (“Chinese opera gong, descending”), quantities (“5 temple blocks, high to low”), and any instrument you’d like shared or doubled. A part that requires a player to dig through the score to figure out what they’re looking at costs rehearsal time before a single note is played.

Staves and clefs

• Determinately pitched instruments use ordinary five-line staves with treble or bass clef. Marimba is usually written on a grand staff; vibraphone, xylophone, glockenspiel, and crotales on a single treble staff.
• Indeterminately pitched instruments use the neutral (percussion) clef, the two short vertical bars. Avoid the older habit of putting snare and bass drum in bass clef; it implies pitches that don’t exist.
• A single instrument is clearest on a one-line staff.
• A graduated set of similar instruments (temple blocks, tom-toms, cowbells) works well on a staff with one line or space per instrument, high to low.
• A multi-percussion setup is usually written on a single five-line staff with a legend, or on several single-line staves bracketed together. Either way, group instruments by material or register, and keep each instrument in the same position for the whole piece; reassigning positions midstream is a recipe for wrong notes.

Noteheads, durations, and resonance

By convention, drums take ordinary noteheads, cymbals and hi-hat take x noteheads, and other shapes (diamonds, triangles, slashes) are free for anything else, as long as the legend defines them.

The trickier issue is duration. On most percussion instruments the written note value tells the player when to strike, not how long the sound lasts; a tam-tam stroke written as an eighth note will ring for twenty seconds unless someone stops it. Notate resonance deliberately:

• Let vibrate is shown with l.v. or a short tie that leads to nothing.
• Damping is shown with a word (“dampen,” secco, “dead”) or a symbol such as ⊕, defined in the legend, placed where the sound should stop.
• Choke (grabbing a cymbal immediately after striking it) is usually written as “choke,” sometimes with an apostrophe-like stroke after the note.
• Vibraphone pedaling is written like piano pedaling (pedal brackets, “half pedal,” “no pedal”), and the motor is marked “motor on/off,” ideally with a speed.

If it matters whether a note rings into the next one, say so; players will otherwise make a stylistic guess, and different players guess differently.

Rolls

• Three slashes through a stem (or above a whole note) mean an unmeasured roll. One or two slashes are often read as measured subdivisions, so if you want a roll, use three, or add “trem.”
• On snare drum, specify buzz (closed, multiple-bounce, often marked with a z on the stem) or open (double-stroke) rolls if the distinction matters to you.
• Tie a roll into the note where it ends if the sound should be continuous; an untied roll implies a small break before the next attack.
• On keyboards, a single-note roll is alternating strokes; a two-note tremolo is written as for strings, with slashes between the two notes. If you specifically want a four-mallet ripple or a one-handed (independent) roll, name it.
• Timpani and suspended cymbal rolls are played with single strokes and usually with soft mallets; a long roll crescendo on either is one of the most reliable effects in the orchestra.

Beaters, and how to ask for them

The beater shapes the sound as much as the instrument does, so name it: material and hardness (soft, medium, or hard yarn; cord; rubber; plastic; brass; felt timpani mallets; sticks; brushes; hands). Put changes above the staff, at the moment they happen, and leave time to make them: at least a beat or two of rest for a simple change, more for putting down and picking up four mallets. Double-ended mallets and mixed pairs (a different beater in each hand) can save changes.

Composers sometimes use pictograms for beaters and instruments, a system developed in the 1960s and catalogued in Reginald Smith Brindle’s Contemporary Percussion and Kurt Stone’s Music Notation in the Twentieth Century. They’re language-neutral and compact, but not every player reads them fluently. Text is the safer default; if you do use pictograms, define each one in the legend. Specific stickings (R/L) are best left to the player unless the effect depends on them.

Instrument changes and timpani tuning

Mark every instrument change (“to crotales”) with enough time to get there, remembering that players may need to walk, change beaters, or turn a page as they do it. For timpani, list the opening pitches at the start of the part and announce each change ahead of time (“change B♭ to C”). Pedal glissandi are possible and effective; show them with a line between the notes, and keep them within the range of one drum.

Drum set

Drum set notation has its own conventions, and Weinberg’s PAS guide is the standard reference. Its key principles: a five-line staff with the neutral clef; x noteheads for all cymbals; stems up for the hands and stems down for the feet when the music is written in two voices; and a fixed staff position for each instrument. A common layout for a four-piece kit looks like this (tom positions shift depending on how many there are):

Also decide early how much you want to specify. Jazz and commercial drummers read slash notation with written-in ensemble figures and style cues (“medium swing, brushes”) fluently, and often play more idiomatically from it than from a fully written part; concert works that depend on specific patterns should write them out.

Scores and parts

• Score order. In an orchestral score, timpani sit just below the brass, followed by the percussion players, then keyboards (celesta, piano) and harp, then strings. In a percussion ensemble score, order the staves by player and stay consistent.
• Assign by player. Label staves “Percussion 1,” “Percussion 2,” and so on, with that player’s instruments listed, rather than labeling by instrument.
• Front matter. Include instrumentation by player, legends, a beater list, performance notes, the duration, and a setup diagram for each player (state its orientation, e.g., “audience at bottom”). A diagram isn’t binding, since players adapt setups to their own bodies and spaces, but it shows how you imagined the instruments relating to one another.
• Parts. Percussionists play from parts, not the score, so every instruction belongs in the part. Put page turns at rests, remember that a multi-percussion player may be reading from a music stand several feet from some instruments, and consider landscape or fold-out pages for wide setups.
• Software. Dorico, Sibelius, and MuseScore all have percussion kit and legend features; check the exported parts, not just the score view, because that’s where percussion notation most often breaks.

Extended techniques and preparations

“Extended” is a relative term. Many techniques that seemed exotic in the 1960s, such as bowed vibraphone, superball mallets, and playing with the hands, are now part of every serious percussionist’s training. Even so, they’re less predictable than ordinary strokes: many are quiet, some take time to set up, and most vary a lot from one instrument to another. Before building a passage around one, hear it in person, ideally on the instrument that will be used. In the score, name each technique consistently, define its notation in the performance notes, and say exactly what instrument, beater, or preparation is involved.

Learning from the repertoire

The best percussion teacher is the repertoire itself, studied with the score open and a recording playing. Look past the notes to the decisions: how many players the composer used and what each one plays, how the setups were built, how the composer notated things the conventions didn’t cover, and what was left to the performer. The works below are a starting list, chosen because each one answers a compositional question clearly.

Foundations, 1918–1942

This period is close to my own research. For more on how this early repertoire was made and performed, see John Cage’s Fourth Construction, the Lou Harrison Percussion Instrument Collection, and the photo archive in Early American Percussion Ensemble.

The solo and the ensemble come of age, 1959–1989

Recent directions, 1990–present

For current models, look at what is being commissioned now. Many new works for percussion come from consortia of performers and schools; Commissioning lists the projects I’ve been part of, including recent works for mallet quartet, solo vibraphone, solo marimba, and multi-percussion.

Percussion and electronics

Percussion and electronics have been intertwined almost from the start. Cage’s Imaginary Landscape No. 1 (1939) combined muted piano and cymbal with variable-speed phonograph turntables playing test-tone recordings, and his Fourth Construction, later retitled Imaginary Landscape No. 2, brought an amplified coil of wire into the percussion ensemble (see John Cage’s Fourth Construction). Today it helps to think of four broad categories, each with its own practical demands.

Amplification

Amplification makes tiny sounds audible and lets quiet instruments hold their own against louder ones. In Stockhausen’s Mikrophonie I (1964), two players excite a single large tam-tam while two others probe its surface with hand-held microphones and two more shape the result with filters: the microphone becomes an instrument. Cage’s Child of Tree (1975) amplifies plant materials, including cacti; Alvin Lucier’s Silver Streetcar for the Orchestra (1988) is a solo for amplified triangle; Gordon’s Timber depends on amplification for its detail. In mixed ensembles, a vibraphone or marimba often needs reinforcement to balance an amplified guitar or keyboard.

When you call for amplification, specify the type of microphone (contact or air), where it goes, and who controls the mix. My Microphone Field Guide and Drum Set Micing Field Guide cover the equipment side.

Fixed media

In works for percussion and fixed media (historically “tape”), the performer plays along with a prerecorded part. Mario Davidovsky’s Synchronisms No. 5 (1969) for percussion players and tape and Javier Álvarez’s Temazcal (1984) for maracas and tape are standard models. The central problem is synchronization. Show the electronic part in the score (a cue line, waveform sketch, or description), number the cues, and decide whether the performer follows the tape freely or plays to a click track. If you use a click, provide it as a separate file along with a practice version; Click Tracks walks through how to build them.

Live electronics and triggering

In live electronic works, the performer’s sound is processed in real time or the performer triggers events during the piece. Kaija Saariaho’s Six Japanese Gardens (1994) has the percussionist trigger prerecorded sounds from a computer. Common tools now include Max/MSP and Ableton Live; foot pedals and MIDI controllers; keyboard-percussion controllers such as the malletKAT; drum triggers; and sensor systems such as Sunhouse’s Sensory Percussion, which distinguishes where and how a drum is struck and maps those gestures to sound. The Vibra-Kit describes my own setup combining vibraphone, drum set, and technology.

Practical guidance for electronics

• Count the hands and feet. If the performer triggers cues, the pedal presses have to fit around the playing. Otherwise, specify a technician and write a part for them.
• Plan for the piece to outlive its software. Programs, operating systems, and hardware go obsolete. Provide stems, standalone applications where possible, well-documented patches, and a plain-language technical description of what the electronics do, so the piece can be realized again in twenty years.
• Write a technical rider. List channels, microphones, speakers, monitors, interfaces, and power.
• Budget rehearsal and sound-check time. Plan for monitor mixes and the latency of any processing.

Collaboration and resources

The advice from the start of this page bears repeating: the most valuable resource is a percussionist. Beyond a first conversation, ask for a reading session or workshop at the sketch stage, record it, and revise. Most percussionists would much rather tell you early that a passage needs an extra beat to change mallets than discover it at the first rehearsal. Performer-led commissioning consortia are also one of the most common ways new percussion music is now funded and premiered.

Some other places to look:

• The Percussive Arts Society (PAS). Its annual Composition Contest, run nationally since 1974, rotates categories to build up underrepresented areas of the repertoire. Its journal, Percussive Notes, regularly publishes articles on repertoire, notation, and technique. The Rhythm! Discovery Center archives hold collections relating to composers such as John Cage, Elliott Carter, William Kraft, Clair Omar Musser, Harry Partch, and Paul Price.
• Video demonstrations. Solomon’s How to Write for Percussion has a companion video library, and Indiana University’s Instrument Studies for Eyes and Ears includes recordings of keyboard percussion and other instruments for composers and orchestrators.
• Scores and recordings. The works listed above are widely recorded; following a score while listening is still the fastest way to learn what notation looks like in practice.

Where to go from here

This page is meant as an orientation, not a complete reference; the instrument-by-instrument detail (exact ranges for every instrument, notation conventions for every technique, idiomatic beater choices) is a book-length subject. For composers ready to go deeper, Samuel Z. Solomon’s How to Write for Percussion is the most thorough and current single resource, and the reading list below covers notation, history, and performance. And whatever you read, the advice that shows up most consistently in the literature is the simplest: find a percussionist, and ask.

Further reading

Composing and orchestrating for percussion

• Samuel Z. Solomon, How to Write for Percussion: A Comprehensive Guide to Percussion Composition, 2nd ed. (Oxford University Press, 2016). The most complete modern guide, including the “Percussion Family Tree” (Appendix H) and a companion video library. See also Solomon’s Percussion Family Tree chart (SZSolomon.com, 2011).
• Samuel Adler, The Study of Orchestration, 4th ed. (W. W. Norton, 2016). The standard orchestration text; its percussion chapters place the instruments in an orchestral context.
• Reginald Smith Brindle, Contemporary Percussion (Oxford University Press, 1970; rev. ed. 1991). A survey of mid-century avant-garde techniques and notation, including pictograms.
• Karl Peinkofer and Fritz Tannigel, Handbook of Percussion Instruments: Their Characteristics and Playing Techniques, trans. Kurt and Else Stone (Schott, 1976). Instrument by instrument, with ranges, techniques, and examples from the literature.

Notation

• Elaine Gould, Behind Bars: The Definitive Guide to Music Notation (Faber Music, 2011). The standard modern notation reference, with a full chapter on percussion.
• Kurt Stone, Music Notation in the Twentieth Century: A Practical Guidebook (W. W. Norton, 1980). Particularly useful for new-music notation and percussion pictograms.
• Norman Weinberg, Guide to Standardized Drumset Notation (Percussive Arts Society, 1998). The reference for drum set notation.

History, performance, and pedagogy

• James Blades, Percussion Instruments and Their History (Faber, 1970); expanded ed. with additional chapters by Evelyn Glennie and Neil Percy (Kahn & Averill, 2021). The classic history of the instruments.
• Steven Schick, The Percussionist’s Art: Same Bed, Different Dreams (University of Rochester Press, 2006). A performer’s account of learning and playing the solo repertoire, including several of the works listed above.
• Gary Cook, Teaching Percussion, 3rd ed. (Schirmer, 2006). A comprehensive pedagogy text, useful for understanding technique from the player’s side.

Organology

• Erich Moritz von Hornbostel and Curt Sachs, “Systematik der Musikinstrumente,” Zeitschrift für Ethnologie (1914); English translation by Anthony Baines and Klaus Wachsmann, “Classification of Musical Instruments,” Galpin Society Journal 14 (1961). A revised version was published by the MIMO (Musical Instrument Museums Online) project in 2011.

How this page was made

I expanded this page with Claude and I’d rather say so plainly.

What came from me. The original version of this page, the decision about what the expanded version should cover, and the connections to my own projects and teaching.

What Claude did. Researched and drafted the new sections on notation, ranges, extended techniques, repertoire, electronics, and resources, and checked dates, instrumentations, and ranges against published sources, including the books listed above, publishers’ and composers’ sites, and reference works.

What that means for you as a reader. Ranges and conventions vary, and AI-assisted writing can be confidently wrong. If a detail matters to your piece, check it against the sources above and, better still, against the instruments and players you’ll be writing for. If you find an error, tell me and I’ll fix it.

Copyright © Thad Anderson, 2026, Plus Two Media (ASCAP), All Rights Reserved