How to EQ Guitars in a Mix

To EQ guitars in a mix, work mostly subtractively: high-pass the low rumble, dip the mud in the low mids, tame fizz and harshness up top, and only boost when a part genuinely needs presence. Good guitar EQ is less about making one track sound impressive on its own and more about helping every guitar share space with the bass, vocal and drums.

🔧 Free tool: try our EQ Frequency Chart.

Here is a frequency-by-frequency map plus a workflow you can apply to electric, acoustic and bass guitar parts.

Know the guitar frequency ranges

Before reaching for a plug-in, it helps to know roughly where guitar energy lives:

• Sub and low (below ~80 Hz): mostly rumble and noise on electric guitar; usually high-passed away.
• Low mids (~120–400 Hz): body and warmth, but also where mud and boxiness pile up.
• Mids (~400 Hz–2 kHz): the core of the guitar tone and where it competes with vocals.
• Presence (~2–5 kHz): pick attack, definition and bite.
• Air and fizz (above ~5 kHz): sparkle on acoustics, but harsh fizz on high-gain electrics.

High-pass first

Almost every electric guitar benefits from a high-pass filter somewhere around 80–100 Hz. That low region belongs to the kick and bass, and clearing it out instantly tightens the low end. On acoustic guitars you can high-pass too, but more gently, since some of their warmth lives lower. This single move solves a surprising amount of mud before you touch anything else.

Carve mud and boxiness

If a stack of guitars sounds congested, the culprit is usually the low mids. Sweep a narrow boost through roughly 200–500 Hz to find the worst offender, then cut it. You do not need a deep notch; a couple of decibels across the section often clears the fog. This is especially important when you layer guitars in a mix, because each new track adds more low-mid buildup.

Tame harshness and fizz

High-gain electric tones build up fizz in the upper treble. A gentle high shelf cut or a wide dip in that region smooths the edge without dulling the attack. If a tone sounds nasal or piercing, hunt around 2–4 kHz for the offending peak. The same logic applies whether you tracked a real amp or used a sim like Neural DSP, IK Multimedia Amplitube or Ignite Amps Emissary. Our guide to how to mix distorted guitars covers fizz control for heavier tones specifically.

Make room for vocals

Guitars and vocals share the same crucial midrange, so they constantly compete. A modest dip in the guitars around the vocal’s core frequencies lets the voice through without dropping the guitar level. For a fuller approach to this, see how to fit guitars and vocals together in a mix. Dynamic EQ or light sidechaining can do this automatically, dipping the guitars only when the vocal is present.

Boost with intent

Once you have cleaned things up, a small boost can add character: a touch of presence around 3 kHz for bite, or a little air on acoustics. Keep boosts wide and gentle. If you find yourself stacking large boosts to make a guitar cut through, the real fix is usually arrangement or panning rather than EQ. Our overview of how to make guitars sound bigger covers those wider moves.

Frequently asked questions

Should I EQ guitars in solo or in the mix?

Make your main decisions while the full mix plays. A guitar can sound thin or odd in solo yet sit perfectly in context. EQ exists to help tracks coexist, so judge it against the bass, drums and vocal, not in isolation.

What frequency makes electric guitars muddy?

Mud usually lives in the low mids, roughly 200–500 Hz, and gets worse as you stack tracks. A small cut there plus a high-pass filter clears most congestion in a guitar section.

Do acoustic and electric guitars need different EQ?

Yes. Acoustics keep more of their warmth and air, so high-pass more gently and watch the high-end sparkle. Electrics, especially distorted ones, need tighter low-end control and more attention to fizz in the upper treble.