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Drum kit
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Drum kit
Standard drum kit configuration:[a]
Percussion instrument
Other namesAcoustic drum kit, drum set, trap set, drums
Classification Percussion
Hornbostel–Sachs classification211.212.11 and 111.24
(Individual double-skin cylindrical drums, one skin used for playing and percussion vessels)
Developed1860s, United States
Related instruments
Drum, bongos, rototoms, octoban, crash/ride cymbal, sizzle cymbal, bell cymbal, swish cymbal, zinger cymbal, cowbell, jam block, vibraslap, temple blocks, tambourine, tam-tam, mark tree
Sound sample
Drum kit sound
More articles or information
Electronic drum, drum hardware, drum stick, drum case, trigger, drum module
A drum kit with a multi-cymbal configuration.

A drum kit, acoustic drum kit[1] or drum set[b] (also known as a trap set, or simply drums in popular music and jazz contexts) is a musical instrument consisting of a collection of percussion instruments arranged to be played by a single musician.[2] It typically includes drums, cymbals, and sometimes other auxiliary percussion instruments. The drummer usually plays while seated on a drum throne, using drumsticks or special wire or nylon brushes to strike the drums and cymbals, as well as pedals to operate the bass drum and hi-hat, allowing them to adapt the sound to their desired effect.

The drum set is not standardized, but usually consists of:[3]

Drum sets may be smaller consisting of only snare drum, bass drum, hi-hat, and one cymbal. Conversely, they can also be quite expansive. The drum kit is a part of the standard rhythm section and is used in many types of popular and traditional music styles, ranging from rock and pop to blues and jazz.

It is a uniquely American instrument which originally evolved in the United States.

History

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Early development

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Before the development of the classic drum kit, drums and cymbals used in military and orchestral music settings were played separately by different percussionists. In the 1840s, percussionists began to experiment with foot pedals as a way to enable them to play more than one instrument, but these devices would not be mass-produced for another 75 years.[4] By the 1860s, percussionists started combining multiple drums into a kit. The bass drum, snare drum, cymbals, and other percussion instruments were all struck with hand-held drumsticks. Drummers in musical theater appeared in stage shows, where the budget for pit orchestras was often limited due to an insufficient amount of money able to employ a full percussionist team. This contributed to the creation of the drum kit by developing techniques and devices that would enable one person to replace multiple percussionists.

Double-drumming was developed to enable one person to play both bass and snare drums with sticks, while the cymbals could be played by tapping the foot on a "low-boy". With this approach, the bass drum was usually played on beats one and three (in 4
4
time). While the music was first designed to accompany marching soldiers, this simple and straightforward drumming approach led to the birth of ragtime music, when the simple marching beats became more syncopated. This resulted in a greater swing and dance feel. The drum kit was initially referred to as a "trap set", and from the late 1800s to the 1930s, drummers were referred to as "trap drummers". By the 1870s, drummers were using an overhang pedal.[5] Most drummers in the 1870s preferred to do double-drumming without any pedal to play multiple drums, rather than use an overhang pedal. Companies patented their pedal systems, such as that of drummer Edward "Dee Dee" Chandler of New Orleans in 1904 or 1905.[6] This led to the bass drum being played by percussionists standing and using their feet, hence the term "kick drum".

William F. Ludwig Sr. and his brother Theobald founded Ludwig & Ludwig Co. in 1909 and patented the first commercially successful bass drum pedal system.[7]

In 1912, drummers replaced sticks with wire brushes and, later, metal fly swatters as the louder sounds made by using drumsticks could overpower other instruments. [citation needed]

20th century

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By World War I, drum kits were often marching-band-style bass drums with many percussion items around them and suspended from them. Drum kits became a central part of jazz, especially Dixieland. The modern drum kit was developed in the vaudeville era, during the 1920s, in New Orleans.[8]

Drummers such as Baby Dodds, Zutty Singleton, and Ray Bauduc took the idea of marching rhythms and combined the bass drum, snare drum, and "traps" – a term used to refer to the percussion instruments associated with immigrant groups, which included miniature cymbals, tom toms, cowbells, and woodblocks. They started incorporating these elements into ragtime, which had been popular for a few decades, creating an approach that evolved into a jazz drumming style.

Budget constraints and space considerations in musical theater pit orchestras led bandleaders to pressure percussionists to cover more percussion parts. Metal consoles were developed to hold Chinese tom-toms, with swing-out stands for snare drums and cymbals. On top of the console was a "contraption" tray (shortened to "trap"), used to hold items like whistles, klaxons, and cowbells. These kits were dubbed "trap kits". Hi-hat stands became available around 1926.[7]

In 1918, Baby Dodds, playing on Mississippi River riverboats with Louis Armstrong, modified the military marching setup, experimenting with playing the drum rims instead of woodblocks, hitting cymbals with sticks (which was not yet common), and adding a side cymbal above the bass drum, which became known as the ride cymbal. William Ludwig developed the "sock" or early low-mounted hi-hat after observing Dodds' drumming. Dodds asked Ludwig to raise the newly produced low-hat cymbal nine inches to make them easier to play, thus creating the modern hi-hat cymbal.[9] Dodds was one of the first drummers to play the broken-triplet beat that became the standard rhythm of modern ride cymbal playing. He also popularized the use of Chinese cymbals.[10] Recording technology was crude, which meant loud sounds could distort the recording. To get around this, Dodds used woodblocks and drum rims as quieter alternatives to cymbals and drum skins.[11]

In the 1920s, freelance drummers were hired to play at shows, concerts, theaters, and clubs to support dancers and musicians of various genres. Orchestras were hired to accompany silent films, and the drummer was responsible for providing the sound effects. Sheet music from the 1920s shows that the drummer's sets were starting to evolve in size to support the various acts. However, by 1930, films with audio were more popular, and many were accompanied by pre-recorded soundtracks. This technological breakthrough put thousands of drummers who served as sound effects specialists out of work,[12] with some drummers obtaining work as Foley artists for those motion-picture sound tracks.

Playing

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Japanese Visual Kei drummer Yoshiki's drum riser at Madison Square Garden.

Grooves

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Kit drumming, whether accompanying voices and other instruments or performing a drum solo, consists of two elements:

  • A groove that sets the basic time-feel and provides a rhythmic framework for the song (examples include a backbeat or shuffle). Grooves can set the mood of the song.
  • Drum fills and other ornaments and variations that provide variety and add interest to the drum sound. Fills could include a sting at the end of a musical section or act as a drum showpiece.

Fills

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A fill or fill-in is a departure from the repetitive rhythm pattern in a song. A drum fill can be used to "fill in" the space between the end of one verse and the beginning of another verse or chorus.[13] Fills vary from a simple few strokes on a tom or snare to a distinctive rhythm played on the hi-hat, to sequences several bars long that are short virtuosic drum solos. As well as adding interest and variation to the music, fills serve an important function in indicating significant changes of sections in songs as well as linking them together. A vocal cue is a short drum fill that introduces a singer's entrance into the piece. A fill ending with a cymbal crash on beat one is often used to lead into a chorus or verse.

Drum solos

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A drum solo is an instrumental section without any accompanying instruments that highlights the drums.[14] While other instrument solos are typically accompanied by the other rhythm section instruments (e.g., bass guitar and electric guitar), for most drum solos, the band members stop playing so that all focus will be on the drummer. In some drum solos, the other rhythm section instrumentalists may play "punches" at certain points – sudden, loud chords of short duration.[15] Drum solos are common in jazz but are also used in several rock genres, such as heavy metal and progressive rock. During drum solos, drummers have a degree of creative freedom, allowing them to use complex polyrhythms that would otherwise be unsuitable with an ensemble. In live concerts, drummers may be given extended drum solos, even in genres where drum solos are rare on recordings.[16]

Grip

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A pair of drumsticks held in traditional grip.

Most drummers hold the drumsticks in one of two types of grip:[17]

  1. The traditional grip, or classic grip, originally developed for playing side drum in marching ensembles where the sticks are most commonly held with an overhand grip for the right hand and an underhand grip for the left
  2. The matched grip, in which both sticks are held the same way, with the palms facing down. Matched grip is considerably more popular among modern drummers.

Components

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Drums

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Bass drum

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The bass drum (also known as the "kick drum") is the lowest-pitched drum and usually provides the beat or timing element with basic pulse patterns. Some drummers may use two or more bass drums or a double pedal on a single bass drum, which enables a drummer to play a double-bass-drum style with only one drum. This saves space in recording/performance areas and reduces time and effort during set-up, taking down, and transportation. Double bass drumming is a technique used in certain genres, including heavy metal and progressive rock.[18]

Snare drum

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Snare drum on a modern light-duty snare drum stand.

The snare drum provides the backbeat. When applied in this fashion, it supplies strong regular accents played by the non-dominant hand and is the backbone for many fills. Its distinctive sound can be attributed to the bed of stiff metal wires held under tension against the bottom head (known as the snare head). When the top head (known as the batter head) is struck with a drumstick, the snare wires vibrate, creating a snappy, staccato buzzing sound, along with the sound of the stick striking the batter head. Some drummers may use two or more snare drums at a kit, known as secondary snares, to diversify and create different sounds on backbeat.

Toms

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Keith Moon of The Who with a mixture of concert toms and conventional toms, 1975.

Tom-tom drums, or toms for short, are drums without snares and played with sticks (or whatever tools the music style requires) and are the most numerous drums in most kits. They provide the bulk of most drum fills and solos.

They include:

  • Traditional double-headed rack toms of varying diameters and depths
  • Floor toms (generally the widest and largest toms, which also makes them the lowest-pitched toms)
  • Single-headed concert toms
  • Rototoms

The smallest and largest drums without snares (octobans and gong drums, respectively) are sometimes considered toms. The naming of common configurations (four-piece, five-piece, etc.) is largely a reflection of the number of toms, as conventionally only the drums are counted, and these configurations all contain one snare and one or more bass drums, (though not regularly any standardized use of two bass/kick drums) the balance usually being made up by toms.

Other drums

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Anders Johansson with an array of octobans.

Octobans are smaller toms designed for use in a drum kit, extending the tom range upwards in pitch, primarily by their great depth and small diameter. They are also called rocket toms and tube toms.

Timbales are tuned much higher than a tom of the same diameter, typically have drum shells made of metal, and are normally played with very light, thin, non-tapered sticks. Timbales are more common in Latin music. They have thin heads and a very different tone than a tom but are used by some drummers/percussionists to extend the tom range upwards. Alternatively, they can be fitted with tom heads and tuned as shallow concert toms.

Attack timbales and mini timbales are reduced-diameter timbales designed for drum kit usage, the smaller diameter allowing for thicker heads providing the same pitch and head tension. They are recognizable in genres of the 2010s and more traditional forms of Latin, reggae, and numerous other styles.

Gong drums are a rare extension of a drum kit. This single-headed mountable drum appears similar to a bass drum (around 20–24 inches in diameter) but is played with sticks rather than a foot-operated pedal and therefore has the same purpose as a floor tom.

Most hand drums cannot be played with drumsticks without risking damage to the head and bearing edge, which is not protected by a metal drum rim. For use in a drum kit, they may be fitted with a metal drum head and played with sticks with care, or played by hand.

Cymbals

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Mike Portnoy, drummer of Dream Theater, with a multitude of cymbals. Rio de Janeiro, 7 March 2008.

In most drum kits and drum/percussion kits, cymbals are as prominent as the drums themselves. The oldest idiophones in music are cymbals, a version of which were used throughout the ancient Near East very early in the Bronze Age period. Cymbals are mostly associated with Turkey and Turkish craftsmanship, where Zildjian has made them since 1623.[19]

While most drummers purchase cymbals individually, beginner cymbal packs were brought to market to provide entry-level cymbals for the novice drummer. The kits normally contain four cymbals: one ride, one crash, and a pair of hi-hats. Some contain only three cymbals, using a crash/ride instead of the separate ride and crash. The sizes closely follow those given in Common configurations below. Most drummers extend the normal configuration by adding another crash, a splash, a china cymbal or an effects cymbal.

Ride cymbal

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The ride cymbal is most often used for keeping a constant rhythm pattern, every beat or more often, as the music requires. Development of this ride technique is generally credited to jazz drummer Baby Dodds.[20]

Most drummers have a single main ride, located near their dominant hand – within easy playing reach, as it is used regularly – often a 20"–22" in diameter, but diameters of 16"–26" are not uncommon. It is usually a medium-heavy- to heavy-weight cymbal whose sound cuts through other instrumental sounds. Some drummers use a swish cymbal, sizzle cymbal, or other exotic or lighter metal rides, as the main or only ride in their kit, particularly for jazz, gospel, or ballad/folk sounds. In the 1960s, Ringo Starr of the Beatles used a sizzle cymbal as a second ride, particularly during guitar solos.[21]

Hi-hats

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Two hi-hat cymbals mounted in a pedal-operated stand, which allows the drummer to close or open the cymbals.

Hi-hat cymbals (nicknamed "hats") consist of two cymbals mounted, one upside down, with their bottoms facing each other, on a hollow metal support cylinder with folding support legs that keep the support cylinder vertical. Like the bass drum, the hi-hat has a foot pedal. The bottom cymbal is fixed in place. The top cymbal is mounted on a thin rod, which is inserted into the hollow cymbal stand. The thin rod is connected to a foot pedal. When the foot pedal is pressed down, it causes the thin rod to move down, causing the upper cymbal to move and strike the lower. When the foot is lifted off the pedal, the upper cymbal rises, due to the pedal's spring-loaded mechanism. The hi-hats can be sounded by striking the cymbals with one or two sticks or just by closing and opening the cymbals with the foot pedal. The ability to create rhythms on the hi-hats with the foot alone expands the drummer's ability to create sounds, as the hands are freed up to play on the drums or other cymbals.[22] Different sounds can be created by striking "open hi-hats" (without the pedal depressed, which creates a noisy sound nicknamed "sloppy hats") or a crisp "closed hi-hats" sound (with the pedal pressed down). High hats can also be struck with the pedal partially depressed.

A unique effect can be created by striking an open hi-hat (where the two cymbals are apart) and then closing the cymbals with the foot pedal. This effect is widely used in disco and funk. The hi-hat has a similar function to the ride cymbal; the two are rarely played consistently for long periods at the same time, but one or the other is often used to keep what is known as the "ride rhythm" (e.g., eighth or sixteenth notes) in a song. The hi-hats are played by the right stick of a right-handed drummer. Changing between ride and hi-hat, or between either and a "leaner" sound with neither, is often used to mark a change from one song section to another.[23]

Crashes

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Crash cymbals are usually the strongest accent markers within the kit, marking crescendos and climaxes, vocal entries, and major changes of mood, swells, and effects. A crash cymbal is often accompanied by a strong kick on the bass drum pedal, both for musical effect and to support the stroke. It provides a fuller sound and is a commonly taught technique.

In jazz, using the smallest kits and at very high volumes, ride cymbals may be played with the technique and sound of a crash cymbal. Some hi-hats will also give a useful crash, particularly thinner hats or those with a severe taper. Alternatively, specialized crash/ride and ride/crash cymbals are designed to combine both functions.

Other cymbals

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Effects cymbals
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All cymbals, other than rides, hi-hats, and crashes/splashes, are usually called effects cymbals when used in a drum kit, though this is a non-classical or colloquial designation that has become standardized. Most extended kits include one or more splash cymbals and at least one china cymbal. Major cymbal makers produce cymbal extension packs consisting of one splash and one china, or more rarely a second crash, a splash, and a china, to match some of their starter packs of ride, crash, and hi-hats. However, any combination of options can be found in the marketplace.[24]

Sabian O-zone "vented" crash cymbal.

Some cymbals may be considered effects in some kits but "basic" in another set of components. Likewise, Ozone crashes have the same purpose as a standard crash cymbal, but are considered to be effects cymbals due to their rarity, and the holes cut into them, which provide a darker, more resonant attack.

Accent cymbals
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Cymbals, of any type, used to provide an accent, rather than a regular pattern or groove, are known as accent cymbals. While any cymbal can be used to provide an accent, the term is more narrowly applied to cymbals for which the main purpose is to provide an accent. Accent cymbals include chime cymbals, small-bell domed cymbals, and those cymbals with a clear sonorous/oriental chime to them, such as specialized crash, splash, and china cymbals.

Low-volume cymbals
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Low-volume cymbals are a specialty type of cymbal, made to produce about 80% less volume than a typical cymbal. The entire surface of the cymbal is perforated by holes. Drummers use low-volume cymbals to play in small venues or as a way to practice without disturbing others.

Other acoustic instruments

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Günter Sommer with bodhrán and bongo drums in his kit.

Other instruments that have regularly been incorporated into drum kits include:

See also Extended kits below.

Electronic drums

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Triggers sensors in use, here they are red and mounted on the rims of the snare drum, bass drum and hanging toms. The larger box in the same color of red is the "brain" to which they are connected.
A Korg trigger pad.
Pat Mastelotto playing a kit with both acoustic and electronic drums, 2005.
A MIDI drum kit
Drum controllers, such as the Roland V-Drums, are often built in the form of an acoustic drum kit. The unit's sound module is mounted to the left.

Electronic drums are used for many reasons. Some drummers use electronic drums for playing in small venues, such as coffeehouses or church services, where a very low volume for the band is desired. Since fully electronic drums do not create any acoustic sound (apart from the quiet sound of the stick hitting the sensor pads), all of the drum sounds come from a keyboard amplifier or PA system; as such, the volume of electronic drums can be much lower than an acoustic kit. Some use electronic drums as practice instruments because they can be listened to with headphones, which enable a drummer to practice without disturbing others. Others use electronic drums to take advantage of the huge range of sounds that modern drum modules can produce, which range from sampled sounds of real drums, cymbals, and percussion instruments such as gongs or tubular bells that would be impractical to take to a small gig, to electronic and synthesized sounds, including non-instrument sounds such as ocean waves.[25]

A fully electronic kit is easier to soundcheck than acoustic drums, assuming that the electronic drum module has levels that the drummer has preset in their practice room; in contrast, when an acoustic kit is sound checked, most drums and cymbals need to be mic'd and each mic needs to be tested by the drummer so its level and tone equalization can be adjusted by the sound engineer. Also, even after all the individual drum and cymbal mics are sound checked, the engineer needs to listen to the drummer play a standard groove, to check that the balance between the kit instruments is right. Finally, the engineer needs to set up the monitor mix for the drummer, which the drummer uses to hear their instruments and the instruments and vocals of the rest of the band. With a fully electronic kit, many of these steps can be eliminated.[26]

Drummers' usage of electronic drum equipment can range from adding a single electronic pad to an entire drum kit (e.g., to have access to an instrument that might otherwise be impractical, such as a large gong), to using a mix of acoustic drums/cymbals and electronic pads, to using an acoustic kit in which the drums and cymbals have triggers, which can be used to sound electronic drums and other sounds, to having an exclusively electronic kit, which is often set up with the rubber or mesh drum pads and rubber "cymbals" in the usual drum kit locations. A fully electronic kit weighs much less and takes up less space to transport than an acoustic kit and it can be set up more quickly. One of the disadvantages of a fully electronic kit is that it may not have the same "feel" as an acoustic kit, and the drum sounds, even if they are high-quality samples, may not sound the same as acoustic drums.

Electronic drum pads are the second most widely used type of MIDI performance controllers, after electronic keyboards.[27]: 319–320  Drum controllers may be built into drum machines, they may be standalone control surfaces (e.g., rubber drum pads), or they may emulate the look and feel of acoustic percussion instruments. The pads built into drum machines are typically too small and fragile to be played with sticks, so they are usually played with fingers.[28]: 88  Dedicated drum pads such as the Roland Octapad or the DrumKAT are playable with hands or sticks and are often built to resemble the general form of acoustic drums. There are also percussion controllers such as the vibraphone-style MalletKAT,[28]: 88–91  and Don Buchla's Marimba Lumina.[29]

MIDI triggers can also be installed into acoustic drum and percussion instruments. Pads that trigger a MIDI device can be homemade from a piezoelectric sensor and a practice pad or other piece of foam rubber,[30] which is possible in two ways:

  • Triggers are sensors that can be attached to acoustic drum kit components. In this way, an electronic drum sound will be produced when the instrument is played/struck, as well as the original acoustic sound, if so desired.
  • Trigger pads can be mounted alongside other kit components. These pads make no significant acoustic sound themselves (if not modified to do otherwise), but are used purely to trigger the electronic sounds from the "drum brain". They are played with the same drum sticks as are used on other drum kit components.

In either case, an electronic control unit (sound module/"brain") with suitable sampled/modeled or synthesized drum sounds, amplification equipment (a PA system, keyboard amp, etc.), and stage monitor speakers are required to hear the electronically produced sounds. See Triggered drum kit.

A trigger pad could contain up to four independent sensors, each of them capable of sending information describing the timing and dynamic intensity of a stroke to the drum module/brain. A circular drum pad may have only one sensor for triggering, but a 2016-era cymbal-shaped rubber pad/cymbal will often contain two; one for the body and one for the bell at the center of the cymbal, and perhaps a cymbal choke trigger, to allow drummers to produce this effect.

Trigger sensors are most commonly used to replace the acoustic drum sounds, but they can also be used effectively with an acoustic kit to augment or supplement an instrument's sound for the needs of the session or show. For example, in a live performance in a difficult acoustical space, a trigger may be placed on each drum or cymbal and used to trigger a similar sound on a drum module. These sounds are then amplified through a PA system so the audience can hear them, and they can be amplified to any level without the risks of audio feedback or bleed problems associated with microphones and PAs in certain settings.

The sound of electronic drums and cymbals themselves is heard by the drummer and possibly other musicians in close proximity, but, even so, the foldback (audio monitor) system is usually fed from the electronic sounds rather than the live acoustic sounds. The drums can be heavily dampened (made to resonate less or have the sound subdued), and their tuning and quality is less critical in the latter scenario. In this way, much of the atmosphere of the live performance is retained in a large venue, but without some of the problems associated with purely microphone-amplified drums. Triggers and sensors can also be used in conjunction with conventional or built-in microphones. If some components of a kit prove more difficult to mic than others (e.g., an excessively "boomy" low tom), triggers may be used on only the more difficult instruments, balancing out a drummer's/band's sound in the mix.

Trigger pads and drums, on the other hand, when deployed in a conventional set-up, are most commonly used to produce sounds not possible with an acoustic kit, or at least not with what is available. Any sound that can be sampled/recorded can be played when the pad is struck, by assigning the recorded sounds to specific triggers. Recordings or samples of barking dogs, sirens, breaking glass, and stereo recordings of aircraft taking off and landing have all been used. Along with the more obvious electronically generated drums, there are other sounds that (depending on the device used) can also be played/triggered by electronic drums.

Virtual drums

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Virtual drums are a type of audio software that simulates the sound of a drum kit using synthesized drum kit sounds or digital samples of acoustic drum sounds. Different drum software products offer a recording function, the ability to select from several acoustically distinctive drum kits (e.g., jazz, rock, metal), as well as the option to incorporate different songs into the session. Some computer software can turn any hard surface into a virtual drum kit using only one microphone.

Hardware

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Hardware is the name given to the metal stands that support the drums, cymbals, and other percussion instruments. Generally, the term also includes the hi-hat pedal and clutch, and bass drum pedal or pedals, and the drum stool.

Hardware is carried along with sticks and other accessories in the traps case, and includes:

Many or even all of the stands may be replaced by a drum rack, which is particularly useful for large drum kits.

Drummers often set up their own drum hardware onstage and adjust it to their comfort level. Major bands on tour will often have a drum tech who knows how to set up the drummer's hardware and instruments in the desired location and with the desired configuration.

Common configurations

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A two-piece kit in action.

Drum kits are traditionally categorized by the number of drums, ignoring cymbals and other instruments. Snare, tom-tom, and bass drums are always counted; other drums, such as octobans, may or may not be counted.[31]

Traditionally, in America and the United Kingdom, drum sizes are expressed as depth x diameter, both measured in inches. Many drum kit manufacturers have recently been expressing sizes as diameter x depth, still in inches. For example, a hanging tom 12 inches in diameter and 8 inches deep would be described by Tama as 8 inches × 12 inches, but by Pearl as 12 inches × 8 inches, and a standard diameter Ludwig snare drum 5 inches deep is a 5-inch × 14-inch instrument, while the UK's Premier Manufacturer offers the same dimensions as a 14-inch × 5-inch snare. The sizes of drums and cymbals given below are typical. Many instruments differ slightly or radically from them. Where no size is given, it is because there is too much variety to give a typical size.

Three-piece

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A conventional three-piece kit consists of a bass drum, snare drum (14" diameter), hi-hat (12–14"), hanging tom (12 x 8-9" depth), and a suspended 14"–18" cymbal, the latter two mounted on the bass drum. These kits were most common in the 1950s and 1960s.[32]

It is a common configuration for children.[citation needed]

Four-piece

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A four-piece kit adds a second mounted tom (a notable user is Chris Frantz of Talking Heads) which displaces the cymbal. It is 10" diameter and 8" deep for fusion, or 13" diameter and one inch deeper than for the 12" diameter tom. Otherwise, a 14" diameter hanging tom is added to the 12", both being 8" deep. In any case, both toms are most often mounted on the bass drum with the smaller of the two next to the hi-hats (which are to the left for a right-handed drummer).

Mitch Mitchell playing a classic four-piece kit in the Jimi Hendrix Experience.

Typically another cymbal is added, so there are separate ride and crash, either on two stands, or with the ride mounted on the bass drum to the player's right and the crash on a separate stand. The standard crash is a 16" diameter, and 18"–20" ride (20" being the most common).

These kits are particularly useful for smaller venues, where space is limited, such as coffeehouses, cafés, hotel lounges, and small pubs.

Four piece with floor tom

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A four-piece jazz kit in a practice room

When a floor tom is added rather than a mounted tom to make a four-piece kit, the floor tom is usually 14" for jazz, and 16" otherwise. Outside of jazz, the four-piece kit is widely used in rock, pop and rhythm and blues. In addition, it is also the most common setup for music schools and for novice players.

Notable users include Ringo Starr of The Beatles, Mitch Mitchell of the Jimi Hendrix Experience, John Barbata of the Turtles, and numerous jazz drummers throughout the 20th century including Art Blakey, Buddy Rich, and Jo Jones. For jazz, which normally emphasizes the use of a ride cymbal for swing patterns, the lack of second hanging tom in a four-piece kit allows the cymbal to be positioned closer to the drummer, making it easier to play.

Five-piece

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A basic five-piece kit for popular music, with one crash cymbal and no effects cymbals, complete with throne and sticks.
A five-piece kit set up in a rehearsal studio, with two crash cymbals and a smaller 18-inch bass drum.

The five-piece kit is the full-size kit and is the most common configuration for various genres and styles, including pop, rock, jazz fusion and even electronic music. It adds a third tom to the four-piece kit, making for three toms in all. A fusion kit will normally add a 14" tom, either a second floor tom or a hanging tom on a stand to the right of the bass drum; in either case, making the tom lineup 10", 12" and 14". Having three toms enables drummers to have high-, middle-, and low-pitched toms, which gives them more options for fills, solos, and breaks.

Other kits will normally have 12" and 13" hanging toms and either a 14" hanging tom on a stand, a 14" floor tom, or a 16" floor tom. It is common to have 10" and 12" hanging toms, with a 16" floor tom. This configuration is often called a hybrid setup.[33] The bass drum is most commonly 22" in diameter, but rock kits may use 24", fusion 20", jazz 18",[31] and, in larger bands, up to 26". A second crash cymbal is common, typically an inch or two larger or smaller than the 16" one, with the larger of the two to the right for a right-handed drummer. A big band drummer may use crashes up to 20" and a ride up to 24" or, very rarely, 26". A rock kit may also substitute a larger ride cymbal or larger hi-hats, typically 22" for the ride and 15" for the hats.

Most five-piece kits, except for entry-level, also have one or more effects cymbals. Adding cymbals beyond the basic ride, hi-hats, and one-crash configuration requires more stands, in addition to the standard drum hardware packs. Because of this, many higher-cost kits for professionals are sold with little or no hardware, to allow the drummer to choose the stands and bass drum pedal they prefer. At the other extreme, many inexpensive, entry-level kits are sold as a five-piece kit complete with two cymbal stands, most often one straight and one boom, and some even with a standard cymbal pack, a stool, and a pair of 5A drum sticks. In the 2010s, digital kits were often offered in a five-piece kit, usually with one plastic crash cymbal trigger and one ride cymbal trigger. Fully electronic drums do not produce any acoustic sound beyond the quiet tapping of sticks on the plastic or rubber heads. Their trigger-pads are wired up to a synth module or sampler.

Small kits

[edit]
Slim Jim Phantom playing a two-piece kit while standing.

If the toms are omitted completely, or the bass drum is replaced by a pedal-operated beater on the bottom skin of a floor tom and the hanging toms omitted, the result is a two-piece cocktail drum kit, originally developed for cocktail lounge acts. Such kits are particularly favored in musical genres such as trad jazz, bebop, rockabilly, and jump blues. Some rockabilly kits and beginner kits for very young players omit the hi-hat stand. In rockabilly, this allows the drummer to play standing rather than seated. A very simple jazz kit for informal or amateur jam sessions consists of a bass drum, snare drum, and hi-hat, often with only a single cymbal (normally a ride, with or without sizzlers).

Although these kits may be small with respect to the number of drums used, the drums themselves are most often of normal size, or even larger in the case of the bass drum. Kits using smaller drums, in both smaller and larger configurations, are for particular uses, such as boutique kits designed to reduce the visual impact of a large kit, kits that need to fit into small spaces in coffeehouses, traveling kits to reduce luggage volume, and junior kits for very young players. Smaller drums also tend to be quieter, again suiting smaller venues, and many of these kits extend this with extra muffling, which allows for quiet or even silent practice.

Extended kits

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A seven-piece kit typically used for heavy metal, elaborate jazz fusion, and progressive rock, consisting of double bass drums, two-floor toms, and an extended set of cymbals (three crashes with splash and China-type).
A very large kit played by Terry Bozzio.

Common extensions beyond the standard configurations include:

See also other acoustic instruments above. Another versatile extension becoming increasingly common is the use of some electronic drums in a mainly acoustic kit.

Less common extensions found particularly, but not exclusively, in very large kits, include:

  • Multiple snare drums, usually in the form of side snares. A side snare is usually positioned to the left of the drummer (opposite the floor toms and to the left of the hi hat). Side snares are used, similarly to effects cymbals, when an additional and different sound is required. Generally only one side snare is used in a kit, if any at all.
  • Multiple bass drums beyond the double bass drum setup
  • Gong drums (single-headed bass drums, played with sticks or mallets)
  • Sets of gongs, tuned or untuned
  • Sound effect percussion, such as a thunder sheet, bar chimes or a rainstick
  • One or more crotales
  • Instruments "borrowed" from orchestral percussion, such as timpani
  • Instruments "borrowed" from marching band percussion, such as the tuned bass drums used in the drumline

Accessories

[edit]

Sticks

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Tools of the trade: 7A, 5B, "double bummer", and side drum No. 3 sticks, standard 19 cane rutes, sheathed 7 cane rutes, nylon brushes, steel brushes, and cartwheels.

Sticks are traditionally made from wood (particularly maple, hickory, and oak), but more recently, metal, carbon fiber, and other materials have been used for sticks. The prototypical wooden drum stick was primarily designed for use with the snare drum, and optimized for playing snare rudiments. Sticks come in a variety of weights and tip designs; 7N is a common jazz stick with a nylon tip, while a 5B is a common wood tipped stick, heavier than a 7N but with a similar profile, and a common standard for beginners. Numbers range from 1 (heaviest) to 10 (lightest).

The meanings of both numbers and letters vary from manufacturer to manufacturer, and some sticks are not described using this system at all, just being known as Smooth Jazz (typically a 7N or 9N) or Speed Rock (typically a 2B or 3B) for example. Many famous drummers endorse sticks made to their particular preference and sold under their signature.

Besides drumsticks, drummers will also use brushes and Rutes in jazz and similar soft music. More rarely, other beaters such as cartwheel mallets (known to kit drummers as "soft sticks") may be used. It is not uncommon for rock drummers to use the "wrong" (butt) end of a stick for a heavier sound; some makers produce tipless sticks with two butt ends.

A stick bag is the standard way for a drummer to bring drumsticks to a live performance. For easy access, the stick bag is commonly mounted on the side of the floor tom, just within reach of the drummer's right hand, for a right-handed drummer.

Muffles

[edit]
Mylar muffle ring on snare.

Drum muffles are types of mutes that can reduce the ring, boomy overtone frequencies, or overall volume on a snare, bass, or tom. Controlling the ring is useful in studio or live settings when unwanted frequencies can clash with other instruments in the mix. There are internal and external muffling devices which rest on the inside or outside of the drumhead, respectively. Common types of mufflers include muffling rings, gels and duct tape, and improvised methods, such as placing a wallet near the edge of the head. Some drummers muffle the sound of a drum by putting a cloth over the drumhead.

Snare drum and tom-tom Typical ways to muffle a snare or tom include placing an object on the outer edge of the drumhead. A piece of cloth, a wallet, gel, or fitted rings made of mylar are common objects. Also used are external clip-on muffles. Internal mufflers that lie on the inside of the drumhead are often built into a drum, but are generally considered less effective than external muffles, as they stifle the initial tone, rather than simply reducing its sustain.

Bass drum Muffling the bass can be achieved with the same muffling techniques as for the snare, but bass drums in a drum kit are more commonly muffled by adding pillows, a sleeping bag, or other soft filling inside the drum, between the heads. Cutting a small hole in the resonant head can also produce a more muffled tone, and allows the manipulation of internally placed muffling. The Evans EQ pad places a pad against the batterhead and, when struck, the pad moves off the head momentarily, then returns to rest against the head, thus reducing the sustain without choking the tone.

Silencers/mutes Another type of drum muffler is a piece of rubber that fits over the entire drumhead or cymbal. It interrupts contact between the stick and the head, which dampens the sound. They are typically used in practice settings.

Cymbals are usually muted with the fingers or hand, to reduce the length or volume of ringing (e.g., the cymbal choke technique which is a key part of heavy metal drumming). Cymbals can also be muted with special rubber rings or duct tape.

Historical uses Muffled drums are often associated with funeral ceremonies as well, such as the funerals of Queen Victoria and John F. Kennedy.[34] The use of muffled drums has been written about by such poets as Henry Wadsworth Longfellow, John Mayne, and Theodore O'Hara.[35][36] Drums have also been used for therapy and learning purposes, such as when an experienced player will sit with a number of students and by the end of the session have all of them relaxed and playing complex rhythms.[37]

Stick holder

[edit]

There are various types of stick holder accessories, including bags that can be attached to a drum and angled sheath-style stick holders, which can hold a single pair of sticks.

Sizzlers

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Paiste 2002 18" medium cymbal fitted with a chain sizzler.

A sizzler is a metal chain, or combination of chains, that is hung across a cymbal, creating a distinctive metallic sound when the cymbal is struck, similar to that of a sizzle cymbal. Using a sizzler is the non-destructive alternative to drilling holes in a cymbal and putting metal rivets in the holes. Another benefit of using a "sizzler" chain is that the chain is removable, with the cymbal being easily returned to its normal sound.

Some sizzlers feature pivoting arms that allow the chains to be quickly lowered onto, or raised from, the cymbal, allowing the effect to be used for some songs and removed for others.

Cases

[edit]
From left: traps case, floor tom case, snare case (front), twin hanging toms case, cymbal case, bass drum case (rear).

Three types of protective covers are common for kit drums:

  • Drum bags are made from robust cloth such as cordura or from cloth-backed vinyl. They give minimal protection from bumps and impacts, but they do protect drums and cymbals from precipitation. They are adequate for drums transported in private vehicles to local gigs and sessions. They are often the only option for young drummers who are just starting out.
  • Mid-price hard cases are of similar construction to suitcases, commonly made of fiber composite. The offer more protection from bumps than cloth bags.
  • Flight cases or road cases are standard for professional touring drummers.

As with all musical instruments, the best protection is provided by a combination of a hard-shelled case with interior padding, such as foam, next to the drums and cymbals.

Microphones

[edit]
Carl Palmer with rim-mounted tom mics.

Microphones ("mics") are used with drum kits to pick up the sound of the drums and cymbals for a sound recording or to pick up the sound of the drum kit so that it can be amplified through a PA system or sound reinforcement system. While most drummers use microphones and amplification in live shows, so that the sound engineer can adjust the levels of the drums and cymbals, some bands that play quieter genres of music and in small venues, such as coffeehouses, play acoustically, without mics or PA amplification. Small jazz groups, such as jazz quartets or organ trios that are playing in a small bar, will often just use acoustic drums. Of course, if the same small jazz groups play on the mainstage of a big jazz festival, the drums will be miced so that they can be adjusted in the sound system mix. A middle-ground approach is used by some bands that play in small venues: they do not mic every drum and cymbal, but only the instruments that the sound engineer wants to be able to control in the mix, such as the bass drum and the snare.

In miking a drum kit, dynamic microphones, which can handle high sound-pressure levels, are usually used to close-mic drums, which is predominantly the way to mic drums for live shows. Condenser microphones are used for overheads and room mics, an approach which is more common with sound recording applications. Close miking of drums may be done using stands or by mounting the microphones on the rims of the drums, or even using microphones built into the drum itself, which eliminates the need for stands for such microphones, reducing both clutter and set-up time, as well as better isolating them.

For some styles of music, drummers use electronic effects on drums, such as individual noise gates that mute the attached microphone when the signal is below a threshold volume. This allows the sound engineer to use a higher overall volume for the drum kit by reducing the number of "active" mics which could produce unwanted feedback at any one time. When a drum kit is entirely miked and amplified through the sound reinforcement system, the drummer or the sound engineer can add other electronic effects to the drum sound, such as reverb or digital delay.

Some drummers arrive at the venue with their drum kit and use the mics and mic stands provided by the venue's sound engineer. Other drummers bring all their own mics, or selected mics (e.g., good-quality snare and bass drum mics), to ensure that they have good quality mics on hand. In bars and nightclubs, the microphones supplied by the venue can sometimes be in substandard condition, due to the heavy use they experience.

Monitors

[edit]

Drummers using electronic drums, drum machines, or hybrid acoustic-electric kits (which blend traditional acoustic drums and cymbals with electronic pads) typically use a monitor speaker, keyboard amplifier, or even a small PA system to hear the electronic drum sounds. Even a drummer playing entirely acoustic drums may use a monitor speaker to hear the drums, especially if playing in a loud rock or metal band, where there is substantial onstage volume from large, powerful guitar stacks. Drummers are often given a large speaker cabinet with a 15" subwoofer to help them monitor their bass drum sound (along with a full-range monitor speaker to hear the rest of their kit). Some sound engineers and drummers prefer to use an electronic vibration system, colloquially known as a "butt shaker" or "throne thumper" to monitor the bass drum, because this lowers the stage volume. With a "butt shaker", the "thump" of each bass drum strike causes a vibration in the drum stool; this way the drummer feels their beat on the posterior, rather than hears it.

In-Ear Monitors are also popular among drummers since they also work as earplugs.

Bass drum gear

[edit]

A number of accessories are designed for the bass drum. The bass drum can take advantage of the bass reflex speaker design, in which a tuned port (a hole and a carefully measured tube) are put in a speaker enclosure to improve the bass response at the lowest frequencies. Bass drumhead patches protect the drumhead from the impact of the felt beater. Bass drum pillows are fabric bags with filling or stuffing that can be used to alter the tone or resonance of the bass drum. A less expensive alternative to using a specialized bass drum pillow is to use an old sleeping bag.

Gloves

[edit]

Some drummers wear special drummer's gloves to improve their grip on the sticks when they play. Drumming gloves often have a textured grip surface made of a synthetic or rubber material and mesh or vents on the parts of the glove not used to hold sticks, to ventilate perspiration. Some drummers wear gloves to prevent blisters.

Drum screen

[edit]

In some styles or settings—such as country music clubs or churches, small venues, or when a live recording is being made—the drummer may use a transparent Perspex or Plexiglas drum screen (also known as a drum shield) to dampen the onstage volume of the drums. A screen that completely surrounds the drum kit is known as a drum booth. In live sound applications, drum shields are used so that the audio engineer can have more control over the volume of drums that the audience hears through the PA system mix, or to reduce the overall volume of the drums, as a way to reduce the overall volume of the band. In some recording studios, foam and fabric baffles are used in addition to, or in place of, clear panels. The drawback with foam/cloth baffle panels is that the drummer cannot see other performers, the record producer, or the audio engineer very well.

Carpets

[edit]

Drummers often bring a carpet, mats, or rugs to venues to prevent the bass drum and hi-hat stand from "crawling" (moving away) on a slippery surface, which can be caused by the drum head striking the bass drum. The carpet also reduces short reverberations (which is generally but not always an advantage), and helps to prevent damage to the flooring or floor coverings. In shows where multiple drummers will bring their kits onstage over the night, it is common for drummers to mark the location of their stands and pedals with tape, to allow for quicker positioning of a kit to a drummer's accustomed position. Bass drums and hi-hat stands commonly have retractable spikes, to help them grip surfaces such as carpet, or rubber feet, to remain stationary on hard surfaces.

Practice equipment

[edit]

Drummers use a variety of accessories when practicing. Metronomes and beat counters are used to develop a sense of a steady beat. Drum muffling pads may be used to lessen the volume of drums during practicing. A practice pad, held on the lap, on a leg, or mounted on a stand, is used for near-silent practice with drumsticks.[38] A set of practice pads mounted to simulate an entire drum kit is known as a practice kit. In the 2010s, these have largely been superseded by electronic drums, which can be listened to with headphones for quiet practice and by kits with non-sounding mesh heads.[39]

Tuning equipment

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An Arno drum key.

Drummers use a drum key for tuning their drums and adjusting some drum hardware.[40] Besides the basic type of drum key (a T-handled wrench) there are various tuning wrenches and tools. Basic drum keys are divided into three types which allows for tuning of three types of tuning screws on drums: square (most used), slotted, and hexagonal. Ratchet-type wrenches allow high-tension drums to be tuned easily. Spin keys (utilizing a ball joint) allow for rapid head changing. Torque-wrench keys are available, graphically revealing the torque given to each lug. Also, tension gauges, or meters, which are set on the head, aid drummers to achieve a consistent tuning. Drummers can tune drums "by ear" or use a digital drum tuner, which "measures tympanic pressure" on the drumhead to provide accurate tuning.

Notation and improvisation

[edit]

\version "2.22.0"
\header { tagline = ##f}
\score {
  \drums \with {midiInstrument = "drums"}
  \with { \numericTimeSignature }
  {
    \repeat volta 2 {
      <<
        \tempo 4 = 80-160
        \bar ".|:"
        {
          cymra8 [cymra] cymra [cymra]  cymra [cymra] cymra [cymra]
        }\\{bd4 sne bd sne}
      >>\break
    }
  }
  \layout {}
}
\score {
  \unfoldRepeats {
    \drums \with {midiInstrument = "drums"}{
      \repeat volta 2 {

        <<
          \tempo 4 = 80-160
          \bar ".|:"
          {
            cymra8 [cymra] cymra [cymra]  cymra [cymra] cymra [cymra]
          }\\{bd4 sne bd sne}
        >>\break
      }
    }
  }
  \midi { \tempo  4 = 90 }
}
The basic common time groove with bass (bottom), back beat snare, and cymbal (top) is common in popular music.

Drum kit music is either written in music notation (called "drum parts"), learned and played by ear, improvised, or some combination of any of all three of these methods.[41] Professional session musician drummers and big-band drummers are often required to read drum parts. Drum parts are most commonly written on a standard five-line staff. As of 2016, a special percussion clef is used, while previously the bass clef was used. However, even if the bass, or no, clef is used, each line and space is assigned an instrument in the kit, rather than a pitch. In jazz, traditional music, folk music, rock music, and pop music, drummers are expected to be able to learn songs by ear (from a recording or from another musician who is playing or singing the song) and improvise. The degree of improvisation differs among different styles. Jazz and jazz fusion drummers may have lengthy improvised solos in every song. In rock music and blues, there are also drum solos in some songs, although they tend to be shorter than those in jazz. Drummers in all popular music and traditional music styles are expected to be able to improvise accompaniment parts to songs, once they are told the genre or style (e.g., shuffle, ballad, blues).

Recording

[edit]

On early recording media (until 1925),[42] such as wax cylinders and discs carved with an engraving needle, sound balancing meant that musicians had to be moved back in the room.[42] Drums were often put far from the horn (part of the mechanical transducer) to reduce sound distortion.

In the 2020s, drum parts in many popular music styles are often recorded apart from the other instruments and singers, using multitrack recording techniques. Once the drums are recorded, the other instruments (rhythm guitar, piano, etc.), and then vocals, are added. To ensure that the drum tempo is consistent at this type of recording, the drummer usually plays along with a click track (a type of digital metronome) in headphones. The ability to play accurately along with a click track has become an important skill for professional drummers.

Drum manufacturers

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Manufacturers using the American traditional format in their catalogs include these:

Those using the European measures of diameter and depth include these:

See also

[edit]

People

[edit]

Styles and techniques

[edit]

Other

[edit]

Notes

[edit]

References

[edit]
[edit]
Revisions and contributorsEdit on WikipediaRead on Wikipedia
from Grokipedia
A drum kit, also known as a drum set or trap set, is an integrated collection of drums, cymbals, and other percussion instruments arranged for by a single musician, serving as the core rhythmic element in genres such as , rock, and numerous other musical styles. The standard configuration typically features a operated by a foot pedal, a , one or more tom-tom drums, a consisting of two cymbals mounted on a stand, and additional cymbals including crash and ride types. These components are connected via hardware like stands and pedals, enabling the to produce complex rhythms, beats, and accents simultaneously. The drum kit emerged during the late as a response to the demands of theatrical and music, where a single performer needed to replicate the sounds of multiple percussionists. Key innovations, such as the pedal invented around 1890, allowed one musician to play the bass drum with their foot while using hands for other elements, marking a pivotal advancement in percussion efficiency. By the early , the instrument's development aligned with the birth of in New Orleans, solidifying its role as a uniquely American central to modern ensemble playing. Influenced by military bands, African-American musical traditions, and theater, the drum kit evolved from rudimentary setups into a versatile tool that defines in across global genres. Today, drum kits vary in size and configuration—from basic four-piece sets for beginners to elaborate multi-tom and effects-laden kits used by professionals—but the core purpose remains providing dynamic percussion support that drives harmonic and melodic elements.

History

Origins and early development

The use of percussion instruments in ancient civilizations dates back to at least 6000 BCE, where drums served essential roles in rituals, communication, and signaling across cultures in , , and . In these contexts, frame and barrel drums were employed for ceremonial purposes, while larger drums like precursors to the —kettle-shaped instruments—emerged in Egyptian and early Turkish traditions to provide deep, resonant tones for organized group activities. ancestors, such as the tabor with its rattling snares, appeared in European around the , often paired with pipes for rhythmic accompaniment in folk and settings. European military drumming evolved significantly in the through the influence of Ottoman bands, which introduced loud percussion elements like the (a double-headed ) and (cymbals) to Western armies during conflicts and diplomatic exchanges. By the 1700s, these Turkish innovations had spread across , with armies in , , and Britain adopting and cymbals to enhance signaling and morale, leading to the standardization of rudimental drumming techniques derived from Swiss practices as early as the . In the American context, these European military traditions carried over, forming the basis for that emphasized snare drums for crisp rolls and for steady marches. The 19th century marked a pivotal shift in percussion ensembles, particularly , where marching bands transitioned from multiple dedicated drummers to more efficient single-player configurations amid the rise of civil and organizations. During the (1861–1865), drum corps became widespread, standardizing the pairing of rope-tension snare drums for intricate beats with large bass drums for foundational rhythms, as seen in Union and Confederate field music units that regulated soldier movements and signals. In New Orleans around the , local brass marching bands—rooted in styles but infused with African and influences—began combining bass drums, snare drums, and suspended cymbals in portable setups for parades and social events, laying groundwork for coordinated percussion roles. This era also saw early experiments with foot-operated mechanisms; for instance, wooden pedals for bass drums emerged in the and , allowing one drummer to manage multiple instruments simultaneously, as pioneered by innovators like George R. Olney in 1885. As orchestral and band music adapted to smaller venues like theaters and dance halls by the late 1800s, these single-drummer setups evolved from mere signaling tools to integrated rhythm providers, particularly in proto-jazz ensembles in New Orleans where percussion coordinated with brass and woodwinds to drive syncopated, dance-oriented grooves. This pre-1900 foundation enabled the drum kit's fuller realization in the subsequent century.

20th century innovations

The marked a transformative period for the drum kit, evolving from rudimentary adaptations into a standardized ensemble instrument central to , swing, rock, and fusion genres. Innovations during this era focused on ergonomic techniques, expanded configurations, and material advancements that enhanced playability, durability, and sonic versatility, driven by the rise of radio, recording, and live performance demands. By the mid-century, the drum kit had solidified as a cohesive unit, with drummers like and pioneering setups that influenced professional and amateur players alike. Key inventions emphasized improved control and power. In the 1920s, George Lawrence Stone advanced grip techniques through his teaching methods, promoting a composite hinge movement that integrated wrist, finger, and arm motions for efficient stroke production, later formalized in his 1935 book Stick Control for the Snare Drummer. During the 1930s , Gene Krupa's high-visibility performances with popularized larger kits, including multiple toms and a prominent 26-inch , which boosted drum manufacturers like Slingerland and influenced kit sizing standards still in use today. In 1947, adopted the double setup with Tommy Dorsey's orchestra, having conceived the idea as a teenager in the early , enabling faster tempos and greater propulsion in arrangements. Genre-specific adaptations further shaped the drum kit's role. In jazz, Chick Webb's 1930s innovations with the , using light 12-inch models for intricate foot-hand coordination and swung rhythms, elevated the instrument's melodic potential in ensembles like his band. The rock 'n' roll surge in the 1940s-1950s integrated these elements, while Ringo Starr's compact four-piece Ludwig kit—featuring a 20-inch , 12-inch tom, 16-inch floor tom, and 14-inch snare—exemplified simplicity and groove in the 1960s recordings, becoming a blueprint for garage and pop drummers. By the 1970s fusion movement, extended kits proliferated, with drummers like employing multi-tom arrays (up to eight) and dual bass drums on custom Fibes acrylic shells to blend jazz complexity with rock volume. Technological milestones addressed environmental and amplification challenges. Microphone integration began in the 1920s with radio broadcasts, where full drum kits were captured using early carbon and condenser mics in studio settings, allowing bands to perform complete ensembles on air for the first time. In 1957, Remo Belli introduced the Weather King, the first viable plastic drumhead made from Mylar, replacing fragile with a weather-resistant alternative that maintained tunable tension and improved durability for touring musicians. The British Invasion, where bands like and standardized the five-piece kit (bass, snare, two rack toms, floor tom) as the rock norm through television exposure.

Modern advancements

In the 2000s, the integration of MIDI triggers into drum kits marked a significant digital advancement, allowing drummers to interface acoustic instruments with electronic sound modules for expanded sonic possibilities. Roland's V-Drums series, launched with the TD-10 module in 1997, saw widespread adoption throughout the decade due to its mesh heads that mimicked acoustic feel while enabling MIDI connectivity for triggering virtual instruments and effects. This popularity stemmed from the kits' quiet operation and versatility, appealing to both practice and performance settings in genres like rock and metal. By the 2020s, AI-assisted tools further transformed drumming, with plugins like Orb Producer Suite generating MIDI drum patterns based on genre analysis, aiding composition and groove creation for professional producers. Sustainability efforts in drum kit manufacturing gained momentum post-2000, driven by the need to reduce environmental impact from wood harvesting and synthetic production. In the 2010s, brands like introduced the Green and Clean series, featuring drumheads and shells made from recycled and plant-based materials such as Skyntone, a synthetic alternative to traditional plastics that lowers carbon emissions during production. Drum companies also adopted FSC-certified woods for shells to ensure responsible sourcing, alongside non-toxic finishes and recycled packaging to minimize waste. By the , initiatives expanded to include reinforcements in shells for durability without excess material use, as seen in Pearl's CarbonCore series, promoting lighter, longer-lasting kits that reduce replacement frequency. Global adaptations of drum kits have incorporated elements from world percussion traditions, fostering fusion styles that blend cultural rhythms with standard setups. For instance, modern fusion kits often integrate African djembes alongside traditional toms and snares, as exemplified by the West African Drum Set Suite, which translates Mande ensemble patterns to a single-player drum kit configuration for accessible exploration. Post-2010, electronic enhancements have proliferated in scenes like and EDM, where drummers trigger sampled global percussion sounds via pads integrated into hybrid kits, enabling seamless layering of traditional and synthetic elements during live performances. The 2020s brought further innovations amid the , with hybrid kits—combining acoustic shells and electronic triggers—becoming essential for virtual performances due to their low-volume capabilities and easy integration with streaming setups. Drummers adapted by using apps like Roland's Rec'n'Share for remote recording and sharing, allowing high-quality virtual collaborations without physical venues. In , advancements in haptic feedback pedals emerged, providing tactile vibrations that simulate drum impacts for immersive practice; prototypes like Stanford's Whiplash system mount haptic devices on pedals to deliver real-time feedback, enhancing in digital drumming environments.

Acoustic components

Drums

The drums form the core of the acoustic drum kit, delivering pitched rhythms through membrane vibration that ranges from deep bass tones to sharp mid-range attacks, enabling tonal variety essential for rhythmic foundation and melodic expression. Typically, a standard kit includes a for low-end pulse, a for crisp backbeats, and multiple tom-toms for fills and transitions, with their combined resonances interacting to shape the overall sound profile. These components rely on precise construction to optimize projection and sustain without electronic augmentation. Drum shells are generally cylindrical, crafted from materials like or wood for organic warmth and , or metal for brighter projection and , with the choice affecting the drum's sustain and attack. shells, prized for their balanced density, produce a fuller, warmer tone with extended sustain due to efficient transmission, while offers a punchier, higher-mid emphasis suitable for cutting through dense mixes. Drumheads, stretched across flesh hoops at each end, consist of single-ply films for sensitive, open response or double-ply for controlled and reduced ; tension lugs—metal casings holding threaded rods—allow even tightening of the hoop to tune pitch and by adjusting head tension. Acoustically, striking the batter head initiates that couple with the shell and enclosed air cavity, generating a alongside harmonics and , where the cavity's dimensions amplify specific modes for the drum's characteristic . The , usually 20 to 24 inches in diameter, anchors the kit's low-frequency drive, activated by a foot pedal to provide rhythmic pulse and boom. The , centered at about 14 inches in diameter and 5 to 6 inches deep, features internal rattling wires for its signature crack, serving as the backbeat cornerstone in genres from rock to . Tom-toms, varying from 8 to 16 inches in diameter with depths of 8 to 14 inches, enable melodic phrasing through graduated pitches—the high tom (around 10 inches) for quick accents, mid (12-13 inches) for warmth, and floor tom (14-16 inches) for depth—commonly used in fills to bridge sections. Historically, drumheads evolved from natural , which offered rich but humidity-sensitive tones requiring frequent retuning, to synthetic (such as Mylar) drumheads introduced in the mid-1950s, such as the first successful design by for Evans Drumheads in 1956, providing weather-resistant stability and consistent performance across environments.

Cymbals

Cymbals are essential metallic components of the drum kit, providing sustained, shimmering sounds that contrast with the percussive attacks of drums. Crafted primarily from alloys, they produce a wide range of tones through upon impact, serving roles in timekeeping, accents, and textural effects. Their emphasizes and , with hammering and lathing techniques shaping the sonic profile for various musical genres. The primary material for professional cymbals is B20 bronze, an alloy consisting of 80% and 20% tin, valued for its superior tonal qualities and compared to cheaper alternatives. This bell bronze formulation allows for complex vibrations that yield rich overtones and a balanced sustain. Hammering techniques, applied during , create irregular patterns that control pitch and ; for instance, the Zildjian has employed a secret alloy and hammering process since 1623, originating from an Armenian alchemist in who developed a unique formula for thin, resonant cymbals. These methods enhance the metal's density variations, influencing the cymbal's response to strikes. Common types include the , typically 18-24 inches in diameter, which provides a steady, defined pulse for rhythmic foundation through its clear "ping" and wash. Hi-hats, paired cymbals of 12-15 inches, produce a crisp "chick" when closed via foot pedal and a swish when open, enabling versatile rhythmic layering. Crash cymbals, ranging from 14-20 inches, deliver explosive accents with quick decay for dynamic emphasis. Effect cymbals like splashes (8-12 inches) offer short, colorful bursts, while types (with upturned edges) generate trashy, gong-like tones for exotic textures. Acoustically, cymbals exhibit prolonged sustain—the duration of vibration before fading—with larger diameters producing longer rings due to greater and surface area. Decay rate varies inversely with size and thickness, allowing smaller crashes to cut through mixes sharply while rides linger for ambiance. , or harmonic partials, arise from the alloy's two-phase structure, contributing to the cymbal's complex ; hammering distributes these for controlled complexity. Lathing, the process of the playing surface, increases brightness by smoothing the metal and reducing , with fine lathing yielding sparkling highs and wider grooves promoting warmer, darker tones through enhanced oxidization. Maintenance involves regular polishing to preserve shine and prevent tarnish, using mild soap, water, or specialized cleaners like Groove Juice on a microfiber cloth, followed by thorough drying to avoid water spots. Avoid abrasive polishes that can etch the surface. To prevent cracks from overstriking, employ glancing blows parallel to the face rather than direct center hits, and ensure loose mounting with felt washers to allow free vibration without edge stress. Store cymbals flat in low-humidity environments, using sleeves during transport to minimize handling damage.

Hardware and setup

Stands and mounts

Stands and mounts form the foundational hardware of a drum kit, supporting and positioning drums, cymbals, and related components to ensure stability, accessibility, and optimal sound resonance during performance. These elements are engineered for adjustability, allowing drummers to customize setups based on playing style, venue, and ergonomic needs, while minimizing interference with the acoustic properties of the instruments they hold. Cymbal stands are categorized primarily into straight and boom types. Straight stands feature a vertical post with the cymbal tilter mounted directly atop it, providing a compact footprint suitable for central placements like the hi-hat or ride cymbal, and offering enhanced stability due to their centered weight distribution. Boom stands, in contrast, incorporate an adjustable horizontal arm extending from the post, enabling cymbals to be positioned outward over the kit—such as a crash cymbal angled toward the drummer—without requiring additional floor space, though they may introduce slight instability if extended fully. Both types typically support common 8mm- or 10mm-diameter cymbal rods and are available in single- or double-braced leg configurations for varying levels of portability and robustness. Tom mounts secure rack toms to the bass drum or a stand, with traditional basket-style mounts cradling the drum's rim in a curved holder attached to an adjustable arm, facilitating easy angle and height adjustments. Low-contact mounts, such as isolation systems, reduce shell-to-hardware vibration transfer by suspending the tom via minimal points like rubber isolators or low-mass brackets, preserving sustain and tone compared to rigid basket designs. Most stands and mounts are constructed from tubing, valued for its strength-to-weight ratio and resistance to bending under load, often with to prevent during transport and use. Memory locks, typically hinged clamps that grip the tubing at precise positions, enable rapid replication of setups across gigs by marking height and angle settings, streamlining assembly for touring drummers. Ergonomic designs differ for live and studio applications, with live hardware emphasizing lightweight, foldable legs for portability and quick breakdown, whereas studio mounts prioritize heavier bases for and precise adjustability. Setup principles emphasize to promote efficient reach and reduce strain, positioning toms at approximately 45-degree angles relative to the drummer's body for natural and minimizing overextension. Folding mechanisms in stands enhance portability, allowing compact storage in cases, while innovations like DW's quick-release clamps revolutionized gig efficiency by enabling tool-free attachment and detachment of accessories to stands, reducing setup time significantly.

Pedals and beaters

Bass drum pedals are essential foot-operated mechanisms that allow drummers to strike the with precision and power. Single pedals feature one footboard connected to a beater via a drive system, suitable for standard setups requiring one , while double pedals use a linked slave pedal for two s or rapid double strokes, enabling complex rhythms in genres like metal and rock. Drive systems vary: chain drives, often double-chain for stability, provide versatile and smooth power transmission; belt drives offer quieter, more fluid operation; and direct drives deliver faster response through a rigid linkage, ideal for speed-focused playing. Cam shapes on the pedal's influence feel—offset cams accelerate the beater for quicker return and power, while linear cams ensure even resistance throughout the stroke. Beaters, the striking components attached to bass drum pedals, come in various materials to tailor sound: felt provides a balanced attack with warmth and authority; wood delivers a sharper, more defined punch; and plastic yields brighter, crisper tones with less resonance. Adjustable spring tension on pedals allows customization of resistance—lighter settings for effortless speed, heavier for controlled power—often via swivel mechanisms with dual bearings for smooth action. Hi-hat pedals control the opening and closing of cymbals, producing the signature "chick" sound when pressed. Spring tension is adjustable, typically via a dedicated knob, to balance responsiveness—tighter for quick, crisp closures in fast patterns, looser for sustained openness. Footboard angles are set to align with natural foot positioning, often converging slightly to cover the pedal surface comfortably and enhance chick control through precise adjustments that limit cymbal travel to about one inch.

Electronic components

Drum modules and triggers

Drum modules serve as the central sound engines in electronic drum kits, processing signals from triggers to generate and output audio or MIDI data. These modules employ advanced sampling and synthesis technologies to produce a wide array of drum and percussion sounds, often drawing from high-fidelity recordings of acoustic instruments. For instance, the TD-series modules, such as the TD-17, utilize Prismatic Sound Modeling for dynamic, expressive tones and support over 300 individual instruments, with capabilities to import custom samples for layering. Similarly, the Alesis DM10 module, introduced in , features 1,047 preset sounds derived from real acoustic samples, enabling realistic emulation of drums, cymbals, and percussion. Polyphonic capabilities in these modules allow multiple simultaneous notes, with models like the offering 256-note to handle complex rhythms without note cutoff. Connectivity is facilitated through and USB interfaces; the , for example, includes Hi-Speed USB for both and multi-channel audio transmission at sampling rates up to 96 kHz, allowing seamless integration with computers, DAWs, and external sound systems. This enables drummers to expand sound palettes beyond internal libraries, connecting to virtual instruments or sequencers for live performance and recording. The evolution of drum modules traces back to the 1980s with innovations like the Simmons SDS-5, the first commercial electronic kit featuring hexagonal pads and dedicated sound modules that triggered synthesized electronic tones, revolutionizing percussion with a futuristic aesthetic. By the , Alesis advanced integration through the DM10 series, which combined 64-voice polyphony with 12 trigger inputs and USB for hybrid setups blending acoustic and electronic elements. Modern modules in the 2020s prioritize low latency, with high-end models like those from achieving response times under 4 ms, ensuring near-instantaneous playback that feels imperceptible to the player. Triggers are sensors attached to acoustic drum shells or integrated into electronic pads, converting physical strikes into electrical signals for the module. Piezoelectric sensors, the most common type, detect vibrations from drum hits and generate voltage proportional to impact force, enabling velocity-sensitive triggering where softer hits produce quieter sounds and harder ones yield louder, more aggressive responses. These triggers mount via adhesive or clamps on acoustic heads, allowing hybrid kits to layer electronic sounds over natural acoustics without altering the shell's core structure. Electronic drum pads incorporate triggers within mesh or rubber heads, each offering distinct playing characteristics. Mesh heads, consisting of tensioned fabric layers, provide a rebound and feel closer to acoustic drums, reducing wrist strain during and minimizing stick noise and vibrations compared to solid rubber surfaces. Rubber heads, while more affordable and durable, deliver a firmer response with higher volume upon impact but can feel less natural and transmit more noise. Setup involves configuring zones on multi-zone pads, such as dual- or triple-zone snares and cymbals, to assign different sounds to specific areas—for example, a rim shot on the edge versus a center hit on the head, or bow and bell strikes on a ride cymbal. Modules like the Roland TD-17 allow customization of these zones via trigger inputs, supporting up to 12 connections for expanded kits and enabling multi-sound hits that capture nuances like cross-stick or open/closed hi-hat variations.

Virtual and hybrid kits

Virtual drum kits rely on software emulations that utilize high-fidelity sample libraries to replicate the timbres and dynamics of acoustic drums, processed in real-time via CPU within workstations or standalone applications. These systems enable drummers to access expansive sound palettes without physical instruments, often integrating input for precise control over velocity and articulation. A prominent example is Toontrack's Superior Drummer 3, which provides over 230 GB of multivelocity samples from seven core drum kits, a 32-channel mixer featuring 35 built-in effects, and audio-to- transcription capabilities for seamless integration into production workflows. Since the mid-2010s, virtual drumming has extended to mobile platforms, with apps like Apple's offering touch-responsive drum pads and virtual kits for devices, facilitating on-the-go composition and practice through sampled acoustic and electronic sounds. Hybrid setups combine acoustic drum shells—often fitted with mesh heads for reduced volume—with piezoelectric triggers that convert physical strikes into signals, feeding them into VST plugins like Superior Drummer for output. This configuration preserves the tactile feedback of acoustic playing while allowing silent operation and customizable sonics, such as layering orchestral percussion or tones, making it ideal for home practice, recording, and live augmentation without stage volume issues. Advancements in the 2020s have incorporated for pattern generation, exemplified by Google's Studio, a suite of plugins that employs models trained on vast datasets to compose drum grooves and variations interactively within DAWs like . Open-source alternatives like DrumGizmo further democratize access, offering a multichannel, multilayered plugin with support for custom and real-time processing across platforms, including and Windows. Virtual reality integrations enhance training through immersive simulations; for instance, the Paradiddle application for Meta Quest headsets enables users to assemble customizable virtual from over 60 percussion elements, complete with guided lessons and games that track metrics for development. These setups typically interface with trigger hardware to map real-world motions to digital responses. Despite these innovations, ongoing debates highlight trade-offs in audio fidelity, where virtual and hybrid kits are critiqued for potentially lacking the organic warmth, overtones, and unpredictable resonances inherent to fully acoustic drums, though high-end sampling mitigates this for many professional applications. Proponents counter that digital processing achieves greater consistency and expandability, particularly in controlled environments like studios.

Playing techniques

Grips and strokes

Drummers employ various grips to hold drumsticks, which influence control, power, and rebound. The matched grip, also known as American or parallel grip, involves holding the stick in both hands with the thumb and index finger forming a V-shape around the stick, while the remaining fingers curl underneath for support; this symmetrical approach allows for balanced power and is widely used in contemporary drumming across genres. In contrast, the traditional grip, originating from marching band practices, uses a matched hold in the right hand but reverses it in the left, with the palm facing upward and the stick resting between the index and middle fingers; this facilitates a natural pronation motion for the left hand when playing a slung snare drum but requires more adaptation for kit playing. The Moeller technique enhances rebound efficiency in both grips by incorporating a whipping motion that combines , , and finger actions to generate speed and power with minimal effort; developed by Sanford A. Moeller in the early , it mimics a figure-eight path where the stick is "thrown" downward using the , followed by a snap and finger control for rebound. This method reduces tension and allows for faster execution of rudiments, making it essential for maintaining endurance during extended performances. Fundamental strokes form the basis of hand technique, enabling control over and articulation. A full stroke begins and ends with the stick in an elevated position, utilizing the full range of motion for maximum ; the downstroke starts high but ends low, conserving by keeping the stick close to ; the tap stroke remains low throughout for soft, controlled hits; and the upstroke starts low and ends high, setting up subsequent downstrokes. control primarily drives larger motions for forte (f) to fortissimo (ff) dynamics, while finger control refines softer pianissimo (pp) to mezzo-piano (mp) levels by pinching the stick for precision and . Foot techniques for the emphasize speed and endurance, particularly in double-stroke patterns. The heel-toe method alternates pressure between the heel and toes on a single pedal to produce rapid successive hits, ideal for sustained at high tempos by leveraging the foot's natural pivot; in comparison, the slide technique involves dragging the foot forward and back across the pedal board for doubles, offering simplicity for beginners but less control at extreme speeds. For the , foot patterns typically involve heel-down for closed, steady 8th-note pulses or heel-up for open accents, with advanced variations like heel-toe enabling intricate 16th-note ostinatos independent of hand rhythms. Proper and are crucial given the repetitive nature of drumming, which can lead to issues like from median nerve compression in the wrist due to prolonged gripping and vibration. Optimal posture includes sitting upright with feet flat, shoulders relaxed, and elbows at a 90-degree to the kit to minimize strain on the back and wrists; warm-ups consisting of 5-10 minutes of light stretching—such as wrist circles, finger extensions, and forearm rotations—increase blood flow and flexibility before playing. Regular breaks, avoiding over-gripping, and incorporating full-body stretches post-session further mitigate risks of tendonitis and repetitive strain injuries common among drummers.

Rhythms and grooves

Rhythms and grooves on the drum kit form the rhythmic backbone of music across genres, relying on patterned interactions between , snare, and cymbals to drive momentum and support playing. Basic grooves establish this foundation, with the 4/4 rock beat exemplifying a straightforward alternation of kick drum on beats 1 and 3 and snare on 2 and 4, overlaid with steady 8th notes on the to propel the . This pattern, essential since rock's early development, provides a reliable framework for band synchronization and . In contrast, swing introduces a triplet-based subdivision of the beat, where eighth notes are rendered uneven with the first longer than the second (long-short pattern), yielding a swing ratio typically less than 2:1, approximating but distinct from the idealized triplet feel of 2:1. This microtiming, often accompanied by subtle downbeat delays averaging 30 milliseconds at moderate tempos, imparts the genre's characteristic propulsion and body-moving energy. Genre-specific variations build on these basics to define stylistic identities. Funk grooves highlight syncopation via 16th-note hi-hat ostinatos and rhythmic displacements, as in Clyde Stubblefield's iconic break on James Brown's "Funky Drummer," where a relentless single-handed 16th-note hi-hat pattern interlocks with accented snares, ghost notes, and offbeat bass drum hits to create a dense, hypnotic layer. This approach prioritizes interlocking rhythms over steady pulse, fostering the genre's emphasis on groove and dancerly tension. Metal, meanwhile, employs double-kick patterns to achieve aggressive speed and density, such as single-stroke bass drum rolls for even propulsion, triplet groupings for rolling intensity, and galloping rhythms (short-short-long) that mimic equestrian motion while sustaining high tempos. These techniques, popularized in extreme subgenres, demand precise foot control to maintain clarity amid fast execution. Effective timekeeping ensures rhythmic cohesion, with the and serving as primary vehicles for sustaining through consistent 8th-note or quarter-note patterns that anchor the band's pulse. The , in particular, allows simultaneous hand and foot articulation, enabling drummers to layer fills without disrupting the underlying meter. Polyrhythms add sophistication to this role, such as a 3:2 overlay against 4/4, where three evenly spaced notes (e.g., on ride) contrast with two (e.g., and snare), producing interlocking cycles that resolve every six beats while enriching harmonic tension. Drummers apply these across limbs to heighten complexity without losing the foundational 4/4 grid. Key concepts like and elevate grooves beyond mechanical precision. denotes a drummer's capacity to lock into a resilient, intuitive feel—prioritizing subtle timing elasticity and dynamic nuance over metronomic rigidity—to create a "" that intuitively aligns with bass and other instruments. This quality, honed through mindful practice, transforms standard patterns into compelling, band-lifting propulsion. , executed as faint, choked snare strikes between accents, introduce subtlety by filling rhythmic gaps with implied motion, adding organic texture and swing without dominating the groove, as heard in masters like and . Their low volume demands refined touch control, enhancing the overall depth and humanity of the performance.

Configurations

Standard kits

A standard drum kit configuration typically encompasses the four-piece and five-piece setups, which provide versatile foundations for rhythms in genres ranging from rock to and pop. These layouts prioritize balance between core components—bass drum, , and —while accommodating common cymbals like , crash, and ride, though the focus remains on the drums themselves. The four-piece kit includes a , , one rack tom mounted above the , and one floor tom positioned to the right of the . This setup delivers a straightforward, powerful ideal for rock ensembles, emphasizing punchy beats and simple fills without overwhelming stage space. Representative sizes feature a 22-inch for resonant low-end projection, a 14-inch for crisp backbeats, a 12-inch rack tom for mid-range attacks, and a 16-inch floor tom for deeper tones. Building on the four-piece, the five-piece kit incorporates an additional rack tom, typically a 10-inch or 13-inch model, enabling richer tom melodies and transitional patterns. This arrangement emerged as a jazz staple during the mid-20th century, particularly in the and eras, where drummers like utilized it to support intricate improvisations and swing feels. Sizes often align with the four-piece baseline, augmented by the extra tom for expanded tonal variety. Standard kits are commonly arranged in either a linear layout, with aligned horizontally for a compact footprint, or a V-setup, where the stands to the left and the to the right, forming a V with the snare centered. The V configuration enhances by aligning instruments within a natural arm's reach—snare at waist height, angled 45 degrees for wrist efficiency—minimizing shoulder tension and promoting fluid motion during prolonged sessions. In professional contexts, four- and five-piece kits represent the predominant choice, forming the core of most studio and live setups due to their adaptability and established sound profiles across genres.

Compact and extended kits

Compact drum kits, often designed for portability and small venues, typically consist of a basic three-piece setup including a bass drum, snare drum, and a single tom-tom, providing essential rhythmic foundation without excess hardware. Cocktail kits represent a specialized variant, featuring a horizontally mounted snare and compact bass drum—such as a 16-inch kick with 10- and 14-inch toms—ideal for intimate spaces like cafes or street performances where full setups are impractical. Electronic mini kits, like the Roland TD-1K, further enhance compactness with mesh heads, a beater-less kick pedal for reduced noise, and a foldable rack, making them suitable for travel or quiet practice environments. In contrast, extended kits expand beyond the standard four- or five-piece baseline to six or more drums, incorporating multiple toms, additional cymbals, and specialized elements like gong drums for broader sonic palettes in genres such as and metal. These setups often feature elaborate arrangements, exemplified by Peart's 360-degree configurations with dual bass drums, several rack and floor toms (e.g., 13x9-inch and 16x16-inch), and concert toms in various sizes for dynamic fills and solos. Gong drums, such as the DW model, add deep, resonant tones to these kits, enhancing atmospheric effects in complex compositions. Compact kits prioritize portability and ease of transport, weighing significantly less than full setups and fitting into small vehicles or carry bags, though they may limit tonal variety compared to extended configurations that offer expansive sonic range through diverse drum sizes and percussion add-ons. Extended kits provide superior expressive capabilities for advanced players but demand more space and setup time, potentially challenging for touring or venue constraints. Post-2010 hybrid compact kits, blending acoustic shells with electronic triggers, have gained popularity for apartment dwellers, allowing low-volume practice via headphone monitoring while retaining organic feel, as seen in models like the TD-07KV with its minimal footprint and mesh pads. In the , trends toward modular systems enable quick reconfiguration of components, such as interchangeable tom mounts and adjustable racks from brands like Pearl, facilitating adaptation between compact and extended layouts for versatile gigging.

Accessories

Sticks and mallets

Sticks and mallets are the primary hand-held implements used by drummers to strike the drum kit, producing a wide range of tones and dynamics depending on their construction and application. Traditional drumsticks, typically made from wood or synthetic materials, deliver sharp attacks on drums and cymbals, while brushes offer a sweeping, softer texture ideal for nuanced genres like , and mallets provide deeper, resonant sounds reminiscent of on toms or swells on cymbals. Common types include numbered wooden sticks such as the 5A model, a versatile standard for rock and general kit playing, and the slimmer 7A, favored for lighter jazz applications due to its reduced weight and faster rebound. Materials vary significantly: , the most prevalent wood, excels in shock absorption and durability, making it suitable for aggressive styles, whereas carbon fiber alternatives offer superior longevity and consistent performance without splintering. Brushes consist of retractable wire or bristles attached to a , enabling smooth sweeps across the snare head for airy, controlled rhythms, while mallets feature padded heads—often felt, , or rubber—for producing warm, timpani-like tones on larger or sustained washes. Sizing standards focus on and to match playing demands, with most adult sticks measuring 15 to 16 inches in and 0.5 to 0.6 inches in ; for instance, a 5A stick typically has a 0.565-inch for balanced grip and power, while a 7A is narrower at 0.540 inches for precision in softer dynamics. Tip shapes further influence articulation: the acorn (or teardrop) shape provides a focused, versatile attack suitable for crisp snare hits, whereas the barrel tip yields a broader, warmer contact area for fuller tones on . Nylon-tipped versions enhance brightness and projection compared to wood tips, which produce a more mellow, woody . These implements directly affect sound production, with heavier sticks generating louder volumes and more power for aggressive playing, while lighter sticks offer quicker rebound for fast grooves and emphasize subtlety and texture in ensemble settings like brushes. Signature series from manufacturers like , such as the model with its hefty hickory build for swing or the Nate Smith design optimized for R&B and fusion versatility, are tailored to renowned drummers' preferences, offering genre-specific balance in weight and response to suit styles from to rock. Over time, sticks experience wear from repeated impacts, including chipping at the tips, cracking along the shaft, or splintering, necessitating replacement to maintain tone and safety; casual players may cycle through pairs every 2 to 5 months, while heavy hitters often replace them weekly during intensive practice or performance. In the 2020s, innovations like lightweight composites have gained traction for their enhanced endurance and reduced fatigue, mimicking 's feel while resisting breakage far longer, and hybrid designs blending fiber with wood cores provide optimized balance for extended sessions.

Muffling and damping

Muffling and damping are essential techniques in drum kit playing and production, involving the use of devices and materials to reduce unwanted , sustain, and overtones from drums and cymbals, thereby achieving a more controlled and defined sound. These methods help prevent excessive ringing that can muddy mixes or overwhelm live , allowing drummers to tailor the kit's tonal characteristics to specific musical contexts. Common devices include adhesive gels like Moongels, which are self-adhesive polymer pads that stick directly to drumheads or cymbals to absorb vibrations and eliminate excess ring without leaving residue. mufflers, such as their Drum Muffling System, employ external components like tube-shaped pillows secured by adjustable C-clamps to partially dampen bass drums while preserving head vibration and tuning integrity. Internal or integrated dampers, exemplified by the Evans EMAD (External Mount Attack Dampening) system, feature foam or fabric rings that mount on the batter head of bass drums or toms to control attack and sustain from within the drum's structure. Damping methods vary by attachment type and drum component: clip-on options, such as plastic rings or clamps, snap onto drum rims for reversible application on toms and snares, while adhesive solutions like gels or tapes provide precise placement but may require careful removal to avoid head damage. For bass drums, pillows or blankets are traditionally placed inside to restrict air movement and muffle low-end boom, often secured with hook-and-loop fasteners for adjustability. Snare drums commonly use strips of gaffer's tape applied to the batter head near the edge to deaden snare buzz and without overly choking the fundamental tone. On cymbals, damping typically involves small clamps or weighted sleeves that pinch the edge to shorten decay, or folded into flaps for targeted reduction of wash and bell ring. Acoustically, these techniques primarily work by adding or to the vibrating surface, which dissipates and suppresses higher-frequency , resulting in a tighter, more focused sound with shorter sustain. However, excessive can trade off natural warmth and projection, potentially requiring compensatory tuning adjustments to maintain pitch and volume balance. This reduction in overtones enhances clarity in dense arrangements but may diminish the drum's overall if overapplied. In studio recording, heavy damping is often employed to create punchy, isolated hits that integrate well with effects like , as seen in ' 1980s setups where bass drums were muffled with blankets and toms treated with tape or gels to achieve the dry, explosive tones on albums like . Live performances, by contrast, favor lighter damping to preserve projection and natural decay in reverberant spaces, avoiding the overly deadened suited to controlled environments.

Manufacturers

Major drum companies

The major drum companies dominate the production of acoustic drum kits, offering a range of models from entry-level to professional-grade shells and hardware. Leading manufacturers include Ludwig, Pearl, DW, Tama, Yamaha, and , each with distinct histories rooted in innovation and artist endorsements. These brands collectively drive industry standards through advancements in shell materials, tuning systems, and sustainable practices, with production facilities spanning the and to meet global demand. Ludwig, founded in 1909 by brothers William F. and Theobald Ludwig in , , pioneered early drum hardware like the pedal and quickly established itself as a key player in marching and orchestral percussion. The company's breakthrough came in the 1960s with the endorsement by ' drummer , whose black oyster pearl kit on in 1964 propelled Ludwig to iconic status, boosting sales and solidifying its legacy in rock and pop music. Today, Ludwig continues to produce high-quality maple and birch shells in , emphasizing vintage-inspired designs alongside modern configurations. Pearl, established in 1946 by Katsumi Yanagisawa in , , initially manufactured music stands before shifting to drums in the early amid post-World War II demand. The company's export division, formed in 1957 under Yanagisawa's son Mitsuo, fueled a boom in international sales during the late and , introducing affordable, reliable kits that appealed to emerging rock drummers worldwide. Pearl's growth led to U.S. production facilities in the 1970s, and it remains a leader in plywood shell construction, with innovations like the Reference series using exotic woods for enhanced resonance. DW (Drum Workshop), launched in 1972 by Don Lombardi in , began as a teaching studio before evolving into a custom drum maker focused on personalized builds for professional musicians. Lombardi's emphasis on , including true-pitch tuning rods and handcrafted shells, set DW apart, attracting endorsers like and catering to high-end custom orders. The brand expanded in the with its Collector's Series, known for and shells, and now operates from , prioritizing bespoke kits for touring artists. Tama, part of the company since the , introduced its Starclassic line in the early as a premium series, with shell models debuting later in the decade to deliver focused attack and warm tone through multi-ply construction. These innovations, including die-cast hoops for stability, helped Tama gain prominence among fusion and metal drummers, building on its earlier series from the 1970s. Manufactured primarily in , Tama's shells remain a staple for their versatility in studio and live settings. Yamaha, entering the drum market in 1967, advanced tuning technology in the 2020s with its Absolute Hybrid Maple series, featuring hook lugs and optimized bearing edges that enable precise, high-tension adjustments for consistent pitch across dynamic ranges. This hybrid maple-wenge construction provides balanced projection, reflecting Yamaha's engineering expertise honed since its early 1970s kits. Production occurs in Japan and Indonesia, supporting a broad lineup from student to professional models. According to a industry analysis, the top ten drum kit manufacturers collectively hold over 60% of the global market share, with Yamaha, Pearl, Tama, Ludwig, and DW among the leading brands, and significant production in for cost efficiency and the U.S. for custom craftsmanship. Gretsch, whose production rights were acquired by (DW) in 2014, with manufacturing at its facility (established 1993), transitioned to GEWA Music in while continuing production there and emphasizing through eco-friendly lines using responsibly sourced and , reducing environmental impact while maintaining its signature warm, open sound favored by jazz legends like .

Cymbal and hardware makers

The Avedis Zildjian Company traces its origins to 1623, when Armenian alchemist Avedis Zildjian I founded it in (modern-day ) after developing a secret for s, earning the family name "Zildjian," meaning "cymbal smith" from the . Zildjian relocated to the in the early and became renowned for its K-series cymbals, introduced in the as a revival of traditional Turkish designs, offering dark, complex tones prized by and rock drummers for their warm sustain and quick decay. In 1982, , son of Avedis III, established Sabian Ltd. in Meductic, , , after a family dispute led to his departure from Zildjian; the new company utilized the family's proprietary alloy formula to produce innovative cymbals, quickly gaining prominence in the global market. Sabian's AA and AAX series, for instance, emphasize versatility with brighter projections suitable for modern genres. , originating from Estonian roots in 1901 but establishing its Swiss operations in the mid-20th century with a focus on precision , has built a reputation for high-quality cymbals since refining production techniques in Nottwil, , around 1952; the company's global reach includes endorsements from leading orchestras and rock acts, exemplified by its 2002 series known for consistent, bright responses. German-based Meinl advanced cymbal craftsmanship in the early 2000s with the introduction of the Byzance series, hand-hammered in Turkey from B20 bronze to deliver organic, vintage-inspired tones with irregular patterns enhancing complexity and projection. Among hardware specialists, Gibraltar Hardware, launched in 1984 in the United States, pioneered modular drum stands and racks in the 1980s, featuring interchangeable components like the 9600 series for flexible, durable setups that support evolving kit configurations without permanent alterations. Axis Percussion, founded in 1994 in , specializes in high-performance pedals, with its longboard designs—such as the A21 model—extending the footboard for enhanced speed and power through a forward-shifted beater angle and aircraft-grade aluminum construction, favored by metal and fusion drummers seeking rapid double-bass execution. Roc-N-Soc, established in 1987 in , revolutionized drummer seating with the world's first motion throne, incorporating swivel and tilt mechanisms for ergonomic support during extended performances; models like the Nitro series use gas-lift height adjustment and contoured saddles to reduce back strain and improve posture.

References

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