Kick and bass fight over the same 60-200 Hz, so the fix is a decision about who owns which band: carve a narrow notch in the bass at the kick’s fundamental, add presence to the kick around 2-5 kHz so it reads without raising its sub, and high-pass everything else. Working out how to EQ a bass so it sits with the kick takes about twenty minutes once both sounds are gain-matched. Updated for 2026.
“Sitting with the kick” is a perceptual goal, not a measurement. Two sources can share a frequency and both be clearly audible, if they are not competing for the same energy at the same time. When they are, the louder one covers the other, and engineers call that frequency masking.
Most beginners reach for the EQ curve first. That is the wrong order. A level problem solved with EQ produces a thin, lifeless low end, and you will spend an hour chasing a mistake you made with a fader.
Table of Contents
- What You Need
- Step-by-Step: How to EQ a Bass So It Sits With the Kick
- 1. Gain-Match the Kick and Bass
- 2. Find the Shared Low-Frequency Range
- 3. Decide Which Source Owns the Sub, and How to EQ a Bass Around It
- 4. Apply Dynamic EQ or Careful Static Cuts
- 5. Check Midrange Masking and Harmonic Overlap
- 6. Balance Levels and Audition in Context
- Common Mistakes
- Frequently Asked Questions
- What frequency should I EQ a bass against a kick?
- Should I high-pass the bass or the kick?
- Is dynamic EQ better than multiband compression for a bass and kick?
- How much EQ is enough to stop the bass and kick from masking each other?
- Should the bass and kick be mono below 200 Hz?
- Why does my bass disappear when I add a kick?
- Conclusion
What You Need
Four things, and none of them are expensive:
- A parametric EQ in your DAW, with band width (Q) under your fingers. Every DAW ships one; you do not need a plugin to do this properly.
- A compressor that accepts a sidechain — stock compressors in Ableton Live, Logic Pro and Pro Tools all do, via a routing menu.
- A spectrum analyser, usually built into the EQ or the mixer channel strip. Set it to solo the kick so you can see its peak on its own.
- A reference track in the same genre, at a level your monitors can actually reproduce, plus headphones, small speakers and a phone for later translation checks.
Before you open a single plugin, get a rough balance: solo the kick, note the fader position, solo the bass, and match the perceived loudness. This takes two minutes and it is the step people skip.
Step-by-Step: How to EQ a Bass So It Sits With the Kick
The workflow below runs in a fixed order on purpose: level, then allocation, then corrective moves, then context. Each step tells you what to do and how you know it worked.
1. Gain-Match the Kick and Bass
Play the bar where both play, then solo each one. If the bass alone is louder, the bass is covering the kick and no EQ setting fixes that cheaply. Bring the faders together until a blind listen at matched level tells you which one disappears first.
You worked it out by ear, so trust that answer rather than the waveform. If the kick only sounds fine in isolation, the problem is relationship, not either sound.
2. Find the Shared Low-Frequency Range
Solo the kick and read its fundamental off the spectrum analyser. Most kick drums sit somewhere between 45 and 90 Hz, with the body extending up to about 150 Hz. Solo the bass and find its fundamental: for a synth bass, the lowest note of the line is a good reference, and a live bass guitar usually lands higher.
Now you can see the overlap that makes the low end feel crowded. Here is the allocation most electronic mixes are built on:
| Band | What lives there | Who should own it | What to do |
|---|---|---|---|
| 20-60 Hz | Sub, felt more than heard | One source only | High-pass everything else here; keep either the sub bass or the kick, not both |
| 60-120 Hz | Kick fundamental and body | The kick, usually | Cut a narrow notch at this exact frequency on the bass |
| 120-250 Hz | Bass fundamental and warmth | The bass | Let it through; small shelf cuts here fix mud |
| 250-800 Hz | Lower harmonics, classic mud zone | Shared | Narrow cuts, never wide boosts |
| 800 Hz-2 kHz | Attack and pick transient | The bass | Keep it clear so articulation survives |
| 2-5 kHz | Kick click and beater | The kick | Small boost adds punch and separation without touching the sub |
A regular on the Ableton forum put the same idea in three bands: sub below 100 Hz, kick body at 100-130 Hz, and anything else above 130 Hz. It is a rough map, not a law, but it is a good starting point to argue with.
3. Decide Which Source Owns the Sub, and How to EQ a Bass Around It
You have three workable options, and the right one depends on the record. Let the sub bass own everything below about 60 Hz and keep the kick as a mid-forward hit. Let the kick own the sub when the track is kick-driven techno or hardstyle and the bass is a mid-range melodic layer. Or split them, with the kick holding a rounded fundamental down to around 50 Hz and the bass taking over below that, which works well in house where the bass line is the hook.
Genre follows from that choice. A rock kick sits much higher in the mix than a hardstyle kick, and a trap 808 is closer to a bass than to a drum. Making the same allocation across all three is why a rock mix ends up with a 808-sounding kick.
An 808 is a bass, not a kick. It is a sine-wave tone with a long decay that started life in a drum machine, so treat it with the bass allocation and let the actual kick keep the click.
4. Apply Dynamic EQ or Careful Static Cuts
For a tuned bass, dynamic EQ usually wins over a static cut. A static notch that clears the kick on a G will smother the kick on a C two bars later. Dynamic EQ only moves when the collision happens, so the notes that already fit are left alone. Set the band over the kick’s fundamental, use a moderate band width, and set the threshold so the band pulls down a few dB only when the kick is actually sounding.
Multiband compression on the same band does an equivalent job and gives you more control over the band edges. Sidechain compression, by contrast, ducks the entire bass every time the kick hits, including sustain, and it removes movement as well as energy. Use it when the groove wants a pump, not when you are chasing clarity.
High-pass filtering belongs here too, but conservatively: around 25-40 Hz on a synth bass, 60-80 Hz on a recorded bass guitar with no sub. Where a synth sub doubles a live bass, keep the synth layer subtle and let it add colour only.
5. Check Midrange Masking and Harmonic Overlap
Low end is not the only place the two collide. A distorted bass guitar has harmonics running into the same region as the kick’s body, and a clicky kick covers the bass’s pick attack around 1-2 kHz. Narrow dynamic reductions at those exact points usually improve definition without thinning either sound.
The cheapest win in most EDM mixes is a small boost around 2 kHz on the kick. It costs no sub energy, but the ear reads it as more impact, so the kick stops needing to win on volume. Start with one to two dB on a moderately wide band and stop as soon as it turns harsh.
6. Balance Levels and Audition in Context
Put the arrangement back on. Roughly three to six dB of level difference between kick and bass is normal for dance music, with more separation in rock; if you need much more than that, the balance itself is the problem. Then check mono below about 150 to 200 Hz, since most systems cannot localise low frequencies anyway and any movement there is a phase or routing fault.
Finally, play it on headphones, on small speakers and on a phone. The low end is reproduced least accurately on those systems, so a mix that only works on your nearfields is not finished. Low-end translation is where most kick and bass problems become obvious, not on the monitors.
Common Mistakes
Turning the bass down to make room for the kick. It is the most repeated bad fix in the forum threads and it always costs you weight. Gain matching tells you whether the bass was actually too loud, and if it was, that was a fader decision, not an EQ one.
Cutting everything below 200 Hz on one of them. You will thin the low end and lose energy, because you are removing the source’s weight rather than the overlap between two sources. Narrow, contextual cuts only.
Over-carving to be safe. Once you are 6 dB down and the kick is audibly weaker, stop. As one Ableton forum user put it, the mastering engineer almost certainly meant “do not have identical peaks”, not “separate them completely”. A sound usually has the character you selected it for, so cuts strip something real.
Boosting the kick’s low end to solve a clash. This makes it worse. Separation above 2 kHz gives perceived punch without adding a single hertz of competition down low.
Judging in mono only, or on one system. Wide low end sounds fine until it collapses. Keep everything under about 150 to 200 Hz mono and re-check on more than one playback system.
Treating a room problem as a mix problem. If only a few specific notes are boomy while the rest of the line sounds fine, that is a standing wave, not an EQ curve. Hugh Robjohns made this point in Sound On Sound years ago: EQ in that situation just carves the room into the track, and it will not travel. Fix the acoustics with bass traps, or put a large sofa in the listening position, and then judge your settings.
Frequently Asked Questions
What frequency should I EQ a bass against a kick?
Most kick fundamentals sit between 45 and 90 Hz, and that is where a bassline usually collides with them. Solo the kick, read its peak on the spectrum analyser, then cut the bass with a narrow notch at that same frequency. The 60-120 Hz band is where most mixes quietly lose their punch, so it is the first place to look.
Should I high-pass the bass or the kick?
High-pass whatever does not need the deep end. Keep the kick’s sub if the track needs weight, and high-pass melodic bass above its own fundamental, usually 25-40 Hz for a synth line and 60-80 Hz for a recorded bass guitar. Never sweep the bottom off the kick just to tidy the display; you will hear the missing weight straight away.
Is dynamic EQ better than multiband compression for a bass and kick?
Dynamic EQ is usually the better first choice because it only reacts when the two sounds actually collide, leaving the bass untouched in the gaps. Multiband compression does the same job with finer control over the band edges. Sidechain compression is a different tool entirely: it ducks the whole bass on every kick hit, including sustain, so it changes the groove rather than just the clarity.
How much EQ is enough to stop the bass and kick from masking each other?
Less than most people expect. A notch two to four dB deep on the bass, or one to two dB of presence on the kick, is usually enough. If you need more than six dB before the kick becomes audible, the problem is level rather than frequency, and you should go back to the faders before cutting more.
Should the bass and kick be mono below 200 Hz?
Yes, anything below roughly 150-200 Hz should be mono, because speakers and phone drivers cannot localise low frequencies anyway. Keep stereo width in the bass harmonics above that band if you want it. A sub that seems to wander or jump sideways is nearly always a phase or routing fault rather than a creative choice.
Why does my bass disappear when I add a kick?
Two usual causes: the bass is simply louder at the shared fundamental, or the two sources are cancelling where you are listening. Match the levels in solo first. If the bass is still audible but unclear once levels are even, it is masking, and a narrow dynamic notch at the kick’s fundamental will bring it back without thinning the low end.
Conclusion
Four things first, in this order: gain-match the two sounds, find the overlapping fundamentals on the analyser, decide which source owns the low end, then make narrow contextual reductions. How to EQ a bass so it sits with the kick is a short decision process, not a search for magic numbers. If a move needs more than a few dB, the level balance is what needs fixing instead. And trust the ear at the end, on systems smaller than the ones you made the track on.
