You searched how to EQ a kick drum, so the symptom is one of two things: either the kick disappears the moment the full mix plays, or it hits like a muffled thud instead of a punch. Both come from the same misunderstanding, treating the kick as one sound instead of four. A kick drum is four frequency zones, and each zone wants exactly one move. Once you know where the zones live, you can dial in all four in under ten minutes, and the same map tells you why a kick goes muddy in the first place. This guide gives you the zones, the exact frequencies, and the dB values for each one.
A kick drum is four zones: sub, body, mud, and click
Every kick, from an 808 to a hard techno thump, breaks down into the same four regions. The sub fundamental sits at 40 to 60 Hz: this is the weight you feel in your chest on a club system, and the part most home setups cannot reproduce. The body lives at 60 to 100 Hz, and it is the punch you actually hear, the part that survives on small speakers. Then comes the problem zone, 200 to 400 Hz, where boxiness and mud accumulate without adding anything useful. Finally the beater click at 2 to 5 kHz is the transient snap, and it is the only part of the kick that phone and laptop speakers play back at full strength.
- Sub (40 to 60 Hz): high-pass below it, boost the fundamental 1 to 2 dB if the weight is missing
- Body (60 to 100 Hz): one boost or one cut, 1 to 3 dB around 80 to 100 Hz
- Mud (200 to 400 Hz): the default move is a cut, 2 to 4 dB with a wide Q
- Click (2 to 5 kHz): boost 2 to 3 dB at 3 to 4 kHz so the kick reads on phones
Almost every kick problem is one of these zones too loud or too quiet relative to the others. That turns kick EQ from guesswork into a checklist: identify the zone, make its one move, and stop.
Why is your kick muddy? Blame 200 to 400 Hz
Diagnose before you fix. A muddy kick is excess energy between 200 and 400 Hz, and it gets there through three doors. First, the sample itself: many kicks ship with a boxy resonance baked in, especially layered or room-recorded ones. Second, stacking: your kick's low mids pile on top of the bass harmonics and the low end of pads in exactly the same region, so a kick that sounds clean in solo turns thick in context. Third, your monitoring lies to you. Untreated rooms and small monitors under-report this zone, so the buildup grows while you hear nothing wrong.
Run the test. Solo the kick against the bass only, nothing else. Take a narrow EQ band, boost it 6 dB, and sweep slowly from 150 to 500 Hz. The worst of the mud lives at 200 to 400 Hz, but boxy resonance can sit as low as 150 Hz, which is why the sweep starts below the zone. Where the boost turns boxy or honky, you have found the spot. Cut 2 to 4 dB there with a wide Q. One caveat: if the whole mix is muddy and not just the kick, that is a different problem, and it needs the full muddy-mix cleanup routine instead of a kick fix.
How to EQ a kick drum zone by zone: the exact moves
Sub (40 to 60 Hz): high-pass first, then tune the boost
Start with a high-pass at 30 Hz, 24 dB per octave. Everything below that is rumble you cannot hear on any normal system, and it eats limiter headroom anyway. If the kick still lacks weight after the filter, boost 1 to 2 dB at the fundamental. Find the fundamental by matching the kick's pitch, not by reaching for a generic 50 Hz boost: kick fundamentals usually sit between 40 and 60 Hz, and the right spot follows the track's key, so a kick tuned to F sits near 43.7 Hz. A boost on the actual note adds weight; an off-center boost lifts the rumble around the note instead of the note itself, because EQ never adds a tone that is not already there.
Body (60 to 100 Hz): this is the punch
If the kick vanishes on laptop speakers, the body is where you fix it: boost 1 to 3 dB around 80 to 100 Hz with a medium Q of about 1.0. If the kick booms instead, the same band is where you cut. Either way, this zone gets one move, not three.
Mud (200 to 400 Hz): cut by default
The default move here is a cut: 2 to 4 dB, wide Q of 0.7 to 1.0, centered on the frequency your 6 dB boost-and-sweep flagged as boxy. Keep it wide, because a deep narrow notch leaves a hole where a gentle cut just clears the cardboard. A boost in this zone is rare and only justified in a sparse arrangement where the kick was thinned too far and needs its warmth back.
Click (2 to 5 kHz): make the kick read on small systems
Boost 2 to 3 dB at 3 to 4 kHz with a Q around 2 and the kick becomes audible on phone speakers and laptops, where the sub zones do not exist. If the click turns harsh or spitty, the offender is usually a notch higher, at 4 to 5 kHz, so pull the boost frequency down rather than the gain.
Two rules sit over all four zones. Cuts come before boosts, because clearing mud often restores the weight you were about to add. And as a rule of thumb, more than 6 dB of broad tonal reshaping in one direction means the sample is wrong for the track (a steep high-pass or a single deep notch does not count). Swap the sample instead of carving it; a five-minute browse beats a surgical EQ chain every time. One more case falls outside EQ entirely: a kick that is tonally right but still limp needs a transient shaper or a touch of compression, not another boost.
EQ the kick in context, never in solo
A kick EQ'd in solo is EQ'd for the wrong job. In solo you shape it against silence, and silence is generous: every kick sounds full on its own. In the track, the kick's only real competition is the bass and the low end of everything else, and that fight decides whether your zone-by-zone work survives the arrangement.
Kick and bass have to split ownership of 40 to 90 Hz. Either the kick holds the sub and the bass is tucked in above it, or the bass owns the bottom and the kick contributes body and click higher up. Pick one, then reinforce the handover with sidechain compression from kick to bass: 2 to 4 dB covers a clean handover, more when audible pumping is part of the sound. Check the result in mono, because both elements sit dead center and the mono fold exposes any stacking the stereo image hid. The full kick and bass decision tree is in the general mixing guide.
Once the kick sits right in context, the next move is checking the low end against tracks that already work on club systems. The fastest way to do that is to upload a bounce and check your low-end balance against released tracks in your genre, which shows whether the 40 to 90 Hz split you chose actually holds up.
Kick EQ targets by genre: techno, house, hip-hop, and DnB
How to EQ a kick drum changes with the genre, because each one assigns the low end differently.
Techno: the kick owns the sub
In techno production the kick owns the sub outright: a fundamental around 45 to 55 Hz and a long tail. The click depends on the substyle, rolling techno keeps it soft while harder styles push it so the attack survives at club volume. Cut the 250 to 350 Hz region harder than you would anywhere else, 3 to 5 dB instead of 2 to 3, because the kick runs four on the floor for six minutes straight and every gram of boxiness repeats thousands of times.
House: body first, soft top
House wants more body. Push 80 to 100 Hz so the kick feels round and full, keep the top soft, and boost the click only 1 to 2 dB. A house kick grooves with the bassline rather than dominating it.
Hip-hop: who carries the sub decides the EQ
When an 808 carries the sub, the ownership flips completely. The 808 takes everything below 90 Hz, so high-pass the kick at 60 to 90 Hz and push the 2 to 4 kHz click instead: the kick reads as a transient on top of the 808, not as low end of its own. In boom-bap and sample-based hip-hop there is no 808 underneath, the kick keeps its own low end, and the standard four-zone map applies as written.
Drum and bass: no room for sub on the kick
At 174 BPM there is no room for sub on the kick at all. The bass owns the bottom, the kick lives at 60 to 100 Hz with an aggressive 3 to 5 kHz click, and most producers layer two or three samples to get there. Align the layers' transients and flip polarity on a cancelling layer, otherwise the stack cancels the exact 60 to 100 Hz punch you are building. Listen to a few released drum and bass tracks and you will hear how little weight the kick actually carries.
A five-step kick EQ routine
Run this in order the next time you open a kick channel. It takes ten minutes and covers every zone from the previous sections.
- High-pass at 30 Hz to remove the rumble below your lowest useful fundamental.
- Find the fundamental on an analyzer and decide whether the kick or the bass owns the sub from 40 to 90 Hz.
- Boost a narrow band 6 dB, sweep it through 150 to 400 Hz, and cut the worst boxiness 2 to 4 dB with a wide Q.
- Set the body and click levels to match your genre's targets, not a preset curve.
- Confirm the result in the full mix, in mono, and against a reference at matched loudness.
The catch is step five, because the whole routine depends on hearing 40 to 400 Hz honestly, and that is exactly the range most rooms and headphones distort. TrackSensei measures your frequency balance and your kick to bass relationship against released tracks in your genre, so upload a bounce to TrackSensei and read whether the sub is actually there or your room invented it. The analysis will not EQ the kick for you, but it tells you within two minutes which zone needs the work.