Drum Overhead Mic Placement: 4 Setups
The overheads decide what your drum kit actually sounds like; the close mics only decide how much kick or snare you can add on top. Move one overhead two inches and the balance of the whole kit shifts, which is why placement, not price, is the upgrade that changes everything.
The short answer
For most home rooms, start with a spaced pair of small-diaphragm condensers about 40 inches (100 cm) above the snare, one roughly over the left cymbal and one over the right, both angled down and slightly inward towards the kit. If your room is small and boxy, switch to an XY pair at 36 inches, which rejects the room so your recording sounds like drums rather than a bedroom. Whatever the setup, measure the distance from each overhead to the snare centre with a tape measure and make the two numbers equal, within a quarter of an inch. Equal distance keeps the snare dead centre in the stereo image and removes the most common cause of a lopsided kit. Build that one habit before you touch anything else.
Why the overheads decide your drum sound
A close mic hears one drum; a pair of overheads hears the kit as a single instrument, plus the cymbals and the room around it. Solo your overheads and you should already recognise a drum kit, slightly distant but balanced. Solo your kick mic and you hear a thud with no context. That is the hierarchy: the overheads are the sound, the close mics are the seasoning. They typically sit 35 to 48 inches above the snare, where a cardioid small-diaphragm condenser such as the Rode NT5, AKG P170 or Shure SM81 captures cymbals up to about 20 kHz without the harshness you get from a mic pressed against a 20-inch crash. Spend and place here first, and the rest of the kit falls into line around them.
Setup 1: the spaced pair
The spaced pair is the default for good reason. Put one mic over the left side of the kit and one over the right, each about 40 inches above the snare, then pan them hard left and hard right in your DAW. Measure from the snare head to each capsule and match the two distances exactly, because the snare sits at the centre of the kit and a mismatch drags it off centre. The wide spacing gives the biggest, most open stereo picture of the four setups, which is why it dominates pop and rock recording. The cost is mono compatibility: hard-panned spaced mics can partially cancel when a mix is summed to mono, so check the mix in mono and pull the panning slightly in if the kit thins out.
Setup 2: the XY coincident pair
For a small, live room, cross two cardioid capsules at 90 degrees with their grilles as close together as the mounts allow, ideally within one centimetre, and hang that single point 36 inches over the snare, aimed straight down at the kit. Because both capsules occupy almost the same place, the two channels arrive in phase and never cancel, so XY is the most mono-safe of the four and the most forgiving of a hard, reflective room. The trade-off is width: XY produces a narrower stereo image and less of the spaciousness a spaced pair gives you for free. If your overheads sound boxy or phase-shifted in mono, XY is the fix, and it costs nothing but a different stand position.
Setup 3: the ORTF near-coincident pair
ORTF splits the difference. Place the two capsules 17 cm (about 6.7 inches) apart and angle them outward at 110 degrees between the caps, then set the pair 40 inches above the snare. That spacing and angle mimic the way human ears are separated, so ORTF produces a natural stereo width that is wider than XY without the mono cancellation risk of a hard spaced pair. It is the best all-rounder for a treated bedroom, where you want some sense of space but cannot afford the room bleed a wide spaced pair drags in. Start at 40 inches, move the pair down to 36 inches if the cymbals dominate, and up to 44 inches if the close mics end up sounding too dry.
Setup 4: the Glyn Johns method
The Glyn Johns method uses fewer mics and more measurement. Take one overhead directly over the snare, one over the floor tom, and a kick mic, then set the two overhead heights using a drumstick. Hold a stick vertically on the snare head and place the first overhead so it is exactly one stick length above the head; do the same for the floor tom mic, so both overheads sit the same distance from their drum and, critically, the same distance from the snare. Pan the snare-side overhead to one side and the floor-tom mic to the other. It is the Led Zeppelin drum sound in three mics, and it forces you to balance the kit by moving mics rather than by reaching for EQ.
Height, distance and the 3:1 rule
Height changes tone more than most players expect. Dropping your overheads from 48 to 36 inches makes the cymbals louder and tighter in the mix and the room quieter; raising them to 50 inches brings the room and the low end of the toms forward. The 3:1 rule keeps you out of phase trouble: keep any mic at least three times as far from a source as the nearest other mic is from that same source. If your snare mic sits 2 inches off the head, keep anything else that hears the snare at least 6 inches away, and your overheads, at 40 inches, clear that easily. Apply the same logic to the hi-hat, which bleeds into the snare mic when the two mics are closer than 20 inches apart.
Fixing phase and hi-hat bleed
The most common overhead problem is not tone, it is phase. Two mics the same distance from the snare add up; mics a half wavelength apart cancel and hollow out the drum. Measure the snare-to-capsule distance on both overheads, compare the numbers, and a one-inch correction often restores the whole bottom end. Then check in mono: sum your overheads to a single channel and listen for the kick and snare staying full rather than thinning. Hi-hat bleed is the second issue; aim the snare mic away from the hats, keep the hats at least 20 inches from the snare mic, and accept a little bleed rather than gating it into a grainy silence between hits. If the hats still dominate, try a brighter cymbal pair that sits quieter in the mix.
Small-room tweaks that actually help
In a room under 10 by 12 feet, the room, not the mic, is usually the problem. Pull the kit at least 3 feet from the nearest wall, because every wall within 3 feet adds a strong early reflection that arrives within about 5 milliseconds and blurs the overheads. Lay a rug under the kit and hang a moving blanket or two above and behind it to soak up the ceiling and rear-wall reflections that make cymbals ring. Switch the overheads to XY if you have not already, and reduce height to 36 inches to favour the direct sound. None of this costs more than a rug and a few hooks, and it will beat buying a more expensive pair of condensers to use in an untreated room.
Frequently asked questions
The questions readers send us most about drum overhead mics placement.
Start at 40 inches (100 cm) above the snare head and adjust from there. Lower them to 36 inches if the room sounds boxy and you want more cymbal and less room; raise them to 48 inches if you want the toms and the sense of space to come forward. Always keep both overheads the same distance from the snare.
Point them down and slightly inward so they see the whole kit, with the snare between them rather than directly under one. Aiming both capsules straight at the snare centres the image but can make the cymbals sound dull; a slight inward angle keeps the cymbals open while the snare stays centred. Fan them a few degrees apart to taste.
A matched pair removes guesswork, because mismatched response curves pull the stereo image towards the brighter mic. If your two condensers are not matched, place the brighter-sounding one on the busier side of the kit and correct any level difference with a couple of decibels of gain rather than EQ. Read our drum mic buying guide for pairs that are worth matching.
Yes. Dynamic overheads like a pair of Shure SM57s are darker and have less top-end air, but they reject the room and survive being hit, which suits loud, close, aggressive kits. You lose cymbal shimmer, so blend them with the close mics and expect to add a little high shelf around 8 kHz.
Almost always because the two mics sit different distances from the snare. Measure both distances and match them within a quarter of an inch, then check that neither capsule is closer to a wall than the other. If it persists, switch to XY, where both capsules share a point and cannot cancel. Our home recording guide walks through the whole signal chain, from interface to mix.
::: callout
The counterintuitive part: pointing your overheads straight at the snare, which seems obvious, is often the wrong move. Aim them slightly outward so they see the cymbals and the whole kit, and the snare lands in the middle anyway, because it sits at the centre of the instrument. Centring both mics on one drum makes the cymbals sound distant and dull.
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::: verdict
Measure both overhead-to-snare distances with a tape measure and set them within a quarter of an inch before every take; that one habit fixes more drum recordings than any microphone upgrade you can buy.
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