Frequency Guide for Electric Guitar
Low-End Rumble
Unless you need a massive doom metal tone, high-pass electric guitars at 80-120 Hz. This frees up space for bass and kick without audibly thinning the guitar.
Body & Warmth
The chunky body of rhythm guitars lives here. Too much creates mud — especially with multiple guitar layers. Cut 2-3 dB around 200-300 Hz on dense arrangements.
Honk & Midrange
The "honky" nasal character of electric guitar concentrates around 500-800 Hz. Scooping this range (the classic "metal smile" EQ) sounds great solo but can disappear in the mix.
Bite & Attack
This is where electric guitar gets its cutting power. Be careful — this directly competes with vocals. Consider automating or dipping guitars 2-3 dB in the 2-4 kHz range during vocal sections.
Pick Attack & Presence
Pick articulation and string noise live here. A small boost at 5-6 kHz adds definition to clean tones. On distorted guitars, excess here creates ice-pick harshness.
Fizz & Air
Amp simulators and high-gain tones often produce excessive fizz above 8 kHz. A gentle low-pass at 10-12 kHz or a shelf cut can smooth out digital-sounding amp sims.
EQ Tips
- High-pass at 80-120 Hz for rhythm guitars and 100-150 Hz for lead parts. This is non-negotiable in dense mixes — the guitar fundamentals are above this range.
- Cut 2-4 dB around 400-600 Hz on rhythm guitars to reduce boxiness, especially when they are double-tracked and hard-panned.
- If guitars compete with vocals, create a dynamic EQ dip of 2-3 dB around 2-4 kHz that only triggers when the vocal is present.
- For heavy distorted tones, low-pass between 8-10 kHz to remove the fizzy, brittle artifacts that most amp sims produce.
- On clean electric guitar, a gentle 2 dB boost around 3-5 kHz adds sparkle and definition without harshness.
Compression Tips
- Distorted electric guitars are already heavily compressed by the amp/distortion stage — additional compression is often unnecessary. Focus on volume automation instead.
- For clean electric guitar parts, use moderate compression: 3:1 ratio, 15-25 ms attack, 100-150 ms release. Aim for 3-5 dB of gain reduction.
- On rhythmic strumming parts, a faster attack (5-10 ms) and medium release (80-120 ms) keeps the dynamics even without losing the groove.
- Bus compress double-tracked guitars together (2:1, slow attack of 30 ms) to glue the left and right sides into a cohesive wall.
- Parallel compression on clean guitars — blend in 20-30% of a heavily compressed signal to add sustain without killing pick dynamics.
Common Mistakes
Scooping mids on every guitar track
The classic V-shaped EQ (boost lows and highs, cut mids) sounds huge when soloed but causes guitars to vanish in the full mix. Guitars are fundamentally midrange instruments — embrace it.
Too much gain on distorted tones
Excessive gain compresses the signal into a fizzy, undefined wall. Reducing amp gain by 10-20% and compensating with output volume often yields a tighter, more defined tone in the mix.
Not filtering low end on double-tracked guitars
Two guitar tracks hard-panned with full low end creates 6+ dB of bass buildup that fights the bass guitar and kick drum. Always high-pass rhythm guitars higher than you think — 100-120 Hz minimum.
Electric Guitar in the Full Mix
Electric guitars typically occupy the mid and upper-mid frequencies, often hard-panned as stereo doubles for width. The key is carving out space around 2-4 kHz so they do not mask the vocal, while keeping enough bite to cut through drums and bass. In dense mixes, automate guitar volume down 1-2 dB during vocal phrases and back up during instrumental sections.
The quick answers
How do I pan double-tracked electric guitars?
Hard-pan them — left and right, 100% each direction. This creates a massive stereo image. The key is that both performances must be genuinely separate takes (not duplicated and pitch-shifted), which creates natural decorrelation for true width.
Should I use amp sims or real amps for mixing?
Both can sound professional. With amp sims, focus on removing high-frequency fizz (low-pass at 8-10 kHz) and adding cabinet impulse responses that capture real speaker breakup. The mix approach is identical — EQ and balance matter more than the source.
How do I stop electric guitars from masking the vocals?
Use a dynamic EQ or sidechain compressor on the guitar bus, keyed from the vocal. Dip 2-3 dB in the 2-4 kHz presence range only when the vocal is active. This is subtle but creates just enough room.