EQ · Gain Staging · Panning — Toolkit

01

Fundamentals — What is EQ?

EQ (Equalization) lets you adjust the volume of specific frequency ranges within a sound. Think of it like a graphic equaliser on a stereo — but with surgical precision. You use it to remove problems and enhance strengths in every track.

✂

Cutting

Reducing a frequency range that causes problems — mud, harshness, boxiness, or conflict between instruments. Cuts are usually more powerful than boosts. Most of your EQ work should be cutting.

Negative dB values

▲

Boosting

Increasing a frequency range to enhance character — adding presence, attack, air, or warmth. Always cut problems first, then boost sparingly. Over-boosting causes harshness and pumping.

Positive dB values

⬅

High-Pass Filter (HP)

Removes everything BELOW a set frequency. One of the most important tools — almost every instrument (except bass) benefits from a high-pass filter to remove inaudible low-end mud and rumble.

In Pro-Q4: Bell → High-pass

Q

Q / Bandwidth

Controls how wide or narrow the EQ adjustment is. High Q = narrow, surgical cut. Low Q = wide, musical boost. Rule: cut narrow, boost wide. In Pro-Q4, drag the Q handles on each band.

0.5 wide — 3.0 narrow

The Frequency Spectrum — 20 Hz to 20,000 Hz

SUB20–60 Hz

BASS60–250 Hz

LOW MID250–800 Hz

MIDRANGE800 Hz–2.5 kHz

HI-MID2.5–6 kHz

HIGH6–12 kHz

AIR12–20 kHz

Sub — 20–60 Hz

More felt than heard. 808 sub weight. Anything here that shouldn't be wastes headroom. Remove from non-bass instruments.

Bass — 60–250 Hz

Kick thump (80 Hz), bass note (100–200 Hz), warmth. This is where bass and kick fight. The most important range to balance.

Low Mid — 250–800 Hz

THE MUD ZONE. Where boxiness, woodiness, and muddiness live. Almost every instrument needs cuts here. Source of most mix problems.

Midrange — 800–2.5 kHz

Guitars, keys, vocals. Our ears are most sensitive here. Too much sounds nasal and harsh. Important for intelligibility.

Hi-Mid — 2.5–6 kHz

Presence, attack, "bite". Where leads cut through, kick click lives, vocal clarity happens. Boost for presence, cut for fatigue.

High — 6–12 kHz

Brightness, shimmer, crispness. Hi-hat sizzle, snare snap. Small boosts here add "expensive" quality. Cut if harsh.

Air — 12–20 kHz

Openness, space, "air". Vocal breath, cymbal overtones. Very subtle. A tiny boost here makes mixes feel wide and professional.

Pro-Q4 Filter Types — Quick Reference

High-Pass (HP)

Removes everything below the cutoff. Set the frequency and drag up. Great for cleaning low-end rumble from any track that isn't bass.

Low-Pass (LP)

Removes everything above the cutoff. Rarely used in modern production but great for making elements feel far away or filtered.

Bell

The most common filter type. Boosts or cuts a specific frequency with a "bell" curve. Adjust Q for width. Use for precise cuts and musical boosts.

Low Shelf

Boosts or cuts everything below a set frequency evenly. Great for adding or removing low-end weight across a range (vs. one specific frequency).

High Shelf

Boosts or cuts everything above a set frequency. The "air" boost is almost always a high shelf. Gentle, musical, and hard to overdo.

Notch

An extremely narrow, deep cut. Used to remove specific resonances or hum (e.g. 60 Hz electrical hum). Use high Q and only when you hear a problem.

02

Drums EQ — Kick, Snare, Hats, Cymbals, Percussion

Drums form the rhythmic foundation. The goal is clarity and punch — each drum element should occupy its own frequency space without stepping on the others.

🥁

Kick Drum

DRUMS

Filter Type	Frequency	Gain / Q	Action	What It Does (Beginner Tip)
High-Pass	30–40 Hz	—	✂ CUT	Removes inaudible sub-rumble. Sub bass belongs to the 808/bass instrument, not the kick.
Bell	200–350 Hz	-4 to -6 dB / Q 2.0	✂ CUT	Removes the "cardboard box" boominess. The single most common kick drum problem. This cut alone can transform a muddy kick.
Bell	400–700 Hz	-3 dB / Q 1.5	✂ CUT	Removes nasal, boxy mud that fights vocals and snare. If it sounds "hollow," cut here.
Low Shelf	50–80 Hz	+2 to +3 dB	▲ BOOST	The "chest thump" — the physical feeling of a kick at a concert. Boost gently. Too much = muddy.
Bell	2–5 kHz	+2 to +3 dB / Q 1.0	▲ BOOST	The "click" / attack. Makes the kick audible on earbuds and phone speakers where low frequencies disappear. Essential for streaming.

🎯

Snare / Rim

DRUMS

Filter Type	Frequency	Gain / Q	Action	What It Does
High-Pass	80–100 Hz	—	✂ CUT	Snare has no useful energy this low. Remove it to stop competing with kick and bass.
Bell	150–300 Hz	-3 to -5 dB / Q 2.0	✂ CUT	Removes the boxy, wooden body sound. One of the most impactful snare cuts.
Bell	2–5 kHz	+2 to +4 dB / Q 1.0	▲ BOOST	The "crack." Makes the snare cut through any mix on any playback system. This is the most important snare boost.
High Shelf	8–12 kHz	+1 to +2 dB	▲ BOOST	Air and snap. Makes the snare feel open and alive rather than flat and dead.

👏

Clap / Handclap

DRUMS

Filter Type	Frequency	Gain / Q	Action	What It Does
High-Pass	150–200 Hz	—	✂ CUT	Claps live entirely in mid/high frequencies. Everything below 150 Hz is unwanted mud.
Bell	1–2 kHz	-2 to -3 dB / Q 1.5	✂ CUT	Removes the plasticky, digital harshness common in clap samples. Makes them feel more human.
High Shelf	10–14 kHz	+2 dB	▲ BOOST	Adds realism and air — makes claps feel like real hands clapping in a room.

🔔

Hi-Hats — Closed / Open / Pedal

DRUMS

Variant	Filter Type	Frequency	Gain / Q	Action	What It Does
Closed	High-Pass	400–600 Hz	—	✂ CUT	Be very aggressive here. Hats are pure high-frequency texture. Anything below 400 Hz is mud.
Closed	Bell	2–4 kHz	-2 to -3 dB / Q 1.5	✂ CUT	Removes harshness. Hats should shimmer, not pierce your ears.
Closed	High Shelf	10–16 kHz	+1 to +2 dB	▲ BOOST	Shimmer, openness, and air. The "sparkle" of a good closed hi-hat.
Open	High-Pass	300–400 Hz	—	✂ CUT	Open hats have more body, so the HP is slightly lower — but still remove everything below 300 Hz.
Open	Bell	3–5 kHz	-2 dB / Q 1.5	✂ CUT	Open hats can be harshly resonant here. A small cut makes a big difference in listening comfort.

✨

Cymbals — Crash / Ride / Overhead

DRUMS

Filter Type	Frequency	Gain / Q	Action	What It Does
High-Pass	200–300 Hz	—	✂ CUT	Overheads pick up EVERYTHING. HP very aggressively — you only want air and shimmer from overheads.
Bell	400–800 Hz	-3 to -4 dB / Q 1.5	✂ CUT	Removes "washy" mid buildup that makes overheads feel muddy and cluttered.
High Shelf	10–14 kHz	+1 to +2 dB	▲ BOOST	Cymbal brightness and sparkle. Keep it subtle — a little goes a long way.

🪘

Percussion — Shakers / Bongos / Congas / Tambourine

DRUMS

Variant	Filter Type	Frequency	Gain / Q	Action	What It Does
High (shaker, tamb.)	High-Pass	300–500 Hz	—	✂ CUT	High percussion is texture only. Keep it strictly in the upper register.
Low (congas, bongos)	High-Pass	80–120 Hz	—	✂ CUT	Low percussion still needs a HP filter to avoid competing with bass and kick.
Any	Bell	2–4 kHz	-2 dB / Q 1.5	✂ CUT	If samples sound sharp or brittle, a small cut here softens without losing character.

03

Bass & 808 EQ — The Low-End Foundation

The low-end relationship between your bass/808 and kick drum is the most critical thing to get right in a modern mix. They must share the frequency spectrum without fighting each other.

⚠ The Kick/Bass Relationship: Bass and kick cannot both be dominant at the same frequencies. The golden rule: bass owns 50–80 Hz, kick owns 80–150 Hz. Use EQ to carve space for each. If your mix sounds boomy and cluttered, this is almost always why.

💀

808 / Sub Bass / Synth Bass / Electric Bass

BASS

Filter Type	Frequency	Gain / Q	Action	What It Does
High-Pass	20–30 Hz	—	✂ CUT	Inaudible frequencies below 30 Hz waste headroom and limiter energy. Always cut this on every bass.
Bell	100–200 Hz	-3 to -5 dB / Q 2.0	✂ CUT	⚠ CRITICAL — The kick/bass conflict zone. Cut on the bass in the range where the kick lives. Or notch the kick in the range where bass lives. Only one can be dominant.
Bell	300–600 Hz	-3 to -4 dB / Q 1.5	✂ CUT	Mid-bass mud. The most common cause of a cluttered, boxy low-end. Cutting this alone transforms many mixes.
Low Shelf	50–80 Hz	+1 to +2 dB	▲ BOOST	Sub weight and sustain. Only boost what's already there — don't manufacture sub that the sample doesn't have.
Bell	800–2000 Hz	+1 to +2 dB / Q 1.0	▲ BOOST	Optional: adds the "note" of the bass so it remains audible on earbuds and phone speakers where sub disappears.

04

Synths, Pads & Keys — Rhodes, Plucks, Pads, Lead Synths

🎹

Lead Synth / Lead Instrument

SYNTH

Filter Type	Frequency	Gain / Q	Action	What It Does
High-Pass	80–150 Hz	—	✂ CUT	Lead synths rarely need sub energy — let the bass own that space. Prevents clash.
Bell	200–500 Hz	-3 to -4 dB / Q 1.5	✂ CUT	Remove low-mid mud. Leads should feel forward and clear, not thick and heavy.
Bell	1–4 kHz	+1 to +2 dB / Q 1.0	▲ BOOST	Presence and forwardness. Makes the lead sit "above" the mix rather than behind it.
High Shelf	8–12 kHz	+1 dB	▲ BOOST	Air and definition on the top end. A gentle air boost adds sparkle without harshness.

🌊

Pads / Chord Synths / Atmosphere

SYNTH

Filter Type	Frequency	Gain / Q	Action	What It Does
High-Pass	150–250 Hz	—	✂ CUT	Pads are texture and harmony — not bass. Keep them entirely out of the low-end.
Bell	200–500 Hz	-4 to -6 dB / Q 2.0	✂ CUT	Heavy cut. Pads create mud fast here because they sustain for so long. This cut keeps the mix breathable.
Bell	3–6 kHz	+1 to +2 dB / Q 1.0	▲ BOOST	Definition and shimmer. Without this, pads disappear behind other elements.
High Shelf	8–12 kHz	+1 dB	▲ BOOST	Pads should feel like space, not weight. This air boost gives them their ethereal, wide quality.

🪕

Plucks / Arps / Stabs

SYNTH

Filter Type	Frequency	Gain / Q	Action	What It Does
High-Pass	150–200 Hz	—	✂ CUT	Plucks and arps are rhythmic, not bass. Remove the low-end so each hit stays tight and punchy.
Bell	200–400 Hz	-4 to -5 dB / Q 2.0	✂ CUT	Heavy cut is normal for plucks. Keeps each hit defined rather than smearing into the next one.
Bell	3–6 kHz	+2 dB / Q 1.0	▲ BOOST	The characteristic "ping" of a pluck. This is what makes them feel snappy and rhythmically defined.

🎵

Piano / Keys / Rhodes / Wurlitzer / Ocarina

KEYS

Filter Type	Frequency	Gain / Q	Action	What It Does
High-Pass	80–120 Hz	—	✂ CUT	Remove low-end from keys unless they're playing a bass role. Otherwise they clash with 808 constantly.
Bell	200–400 Hz	-3 to -4 dB / Q 2.0	✂ CUT	Keys are notorious for low-mid mud. Cut generously. You won't miss what you remove here.
Bell	2–5 kHz	+1 to +2 dB / Q 1.0	▲ BOOST	Attack and note clarity. Brings out the hammer-hitting-string quality of piano and tine of Rhodes.
High Shelf	8–12 kHz	+1 to +2 dB	▲ BOOST	Brightness and shimmer. Makes keys feel expensive and well-recorded.

05

Strings, Flutes & Wind — Violins, Cellos, Flutes, Bells

🎻

Strings / Violins / Cellos / Orchestral Ensemble

STRINGS

Variant	Filter Type	Frequency	Gain / Q	Action	What It Does
Violins / Violas (high)	High-Pass	120–200 Hz	—	✂ CUT	Violins have no useful content below 150 Hz. Removing it stops them clashing with bass instruments.
Cellos (low)	High-Pass	60–80 Hz	—	✂ CUT	Even low strings need a HP to avoid competing with your 808 and bass in the low-end.
All strings	Bell	250–500 Hz	-3 to -5 dB / Q 1.5	✂ CUT	The string mud zone. A heavy cut here opens the entire mix — this single cut often transforms orchestral tracks completely.
All strings	Bell	2–4 kHz	+1 to +2 dB / Q 1.0	▲ BOOST	Bow attack and string "bite." Makes strings feel live and expressive, not sampled and flat.
All strings	High Shelf	8–12 kHz	+1 dB	▲ BOOST	Shimmer and air. Gives the impression of a large, well-recorded orchestra.

🪈

Flute / Ocarina / Bells / Mallets / Glockenspiel

WIND / BELLS

Variant	Filter Type	Frequency	Gain / Q	Action	What It Does
Flute / Ocarina	High-Pass	200–300 Hz	—	✂ CUT	Wind instruments have no musical content below 200–300 Hz. Removing it cleans up the mix.
Flute / Ocarina	Bell	400–800 Hz	-2 to -3 dB / Q 1.5	✂ CUT	Removes the hollow, "tubey" resonance common in wind instruments.
Flute / Ocarina	Bell	2–4 kHz	+1 to +2 dB / Q 1.0	▲ BOOST	Brings out the breathy, airy quality of wind instruments. Makes them feel expressive and human.
Bells / Mallets	High-Pass	300–500 Hz	—	✂ CUT	Bell instruments are pure high-frequency — remove everything below aggressively.
Bells / Mallets	Bell	3–5 kHz	-2 to -3 dB / Q 1.5	✂ CUT	Bell instruments can have harsh metallic resonances here. Cutting makes them warm rather than piercing.
Bells / Mallets	High Shelf	10–14 kHz	+1 to +2 dB	▲ BOOST	Enhances the natural sparkle and chime quality that makes bell sounds magical.

🎺

Brass / Horns — Trumpet / Sax / Trombone

BRASS

Filter Type	Frequency	Gain / Q	Action	What It Does
High-Pass	80–150 Hz	—	✂ CUT	Brass rarely needs sub energy. Let bass own everything below 150 Hz.
Bell	300–600 Hz	-3 dB / Q 1.5	✂ CUT	The honky, nasal quality of brass recordings. Cutting tames it while keeping the character.
Bell	1–3 kHz	+1 to +2 dB / Q 1.0	▲ BOOST	The characteristic "blare" and presence of brass. Makes them cut through a busy mix.

06

Guitars — Electric, Acoustic, Clean, Distorted

🎸

Electric Guitar

GUITAR

Filter Type	Frequency	Gain / Q	Action	What It Does
High-Pass	80–100 Hz	—	✂ CUT	Unless it's playing a bass role, cut the low-end. It clashes with bass and kick in a dense mix.
Bell	200–400 Hz	-3 to -4 dB / Q 2.0	✂ CUT	The classic "boxy guitar" problem. Almost every recorded guitar needs this cut. Cut generously.
Bell	2–5 kHz	+2 dB / Q 1.0	▲ BOOST	Pick attack and presence. Makes riffs feel punchy and defined in the mix.

🪸

Acoustic Guitar

GUITAR

Filter Type	Frequency	Gain / Q	Action	What It Does
High-Pass	100–120 Hz	—	✂ CUT	Acoustic body resonance below this clashes with bass, especially in strummed patterns.
Bell	200–500 Hz	-2 to -3 dB / Q 1.5	✂ CUT	Acoustic mid-mud — especially in strummed chords. This cut reveals the clarity of each note.
Bell	5–8 kHz	+1 to +2 dB / Q 1.0	▲ BOOST	String definition and pick sparkle. Makes acoustic guitars feel airy and detailed.

07

Vocals — Every Use Case

Vocals are the most important element in almost any genre. The lead vocal should be the clearest, most intelligible thing in the mix. Always start with cuts before boosts.

🎤

Lead Vocal — Rap / Trap / Hip-Hop

VOCAL

Filter Type	Frequency	Gain / Q	Action	What It Does
High-Pass	80–100 Hz	—	✂ CUT	Removes mic handling noise, room rumble, and breath sounds. Start with this on every vocal, every time.
Bell	200–400 Hz	-3 to -4 dB / Q 2.0	✂ CUT	Vocal low-mid mud. Rap vocals often sound boxy or chesty without this cut. Essential for clarity.
Bell	1–3 kHz	-1 to -2 dB / Q 1.0	✂ CUT	Optional — if the vocal sounds harsh or nasal, a subtle cut here adds warmth without losing intelligibility.
Bell	3–5 kHz	+1 to +3 dB / Q 1.0	▲ BOOST	Presence and intelligibility. Where consonants and syllables live. Every word becomes clearly audible.
High Shelf	10–14 kHz	+1 to +2 dB	▲ BOOST	The "air" boost. Makes vocals sound expensive and professionally recorded. A subtle boost transforms budget recordings.

🎤

Lead Vocal — R&B / Soul / Pop (Sung)

VOCAL

Filter Type	Frequency	Gain / Q	Action	What It Does
High-Pass	80–100 Hz	—	✂ CUT	Same as rap — always start with a HP to remove mic noise and room rumble. No sung vocal needs energy here.
Bell	200–400 Hz	-3 to -4 dB / Q 2.0	✂ CUT	Sung vocals can sound "chesty" and boxy without this cut. Removing it opens up the midrange beautifully.
Bell	1–3 kHz	-1 to -2 dB / Q 1.0	✂ CUT	R&B vocals benefit from this cut for smoothness. Too much presence sounds harsh for this genre's intimate feel.
Bell	3–5 kHz	+1 to +2 dB / Q 1.0	▲ BOOST	Clarity and presence. Ensures the vocal cuts through without sounding harsh. Key for R&B melodies.
High Shelf	10–14 kHz	+1 to +2 dB	▲ BOOST	The "breath" quality that makes sung vocals feel intimate and alive. Essential for R&B and soul.

🎤

Lead Vocal — Melodic / AutoTune / Sing-Rap

VOCAL

Filter Type	Frequency	Gain / Q	Action	What It Does
High-Pass	100–120 Hz	—	✂ CUT	Melodic trap vocals benefit from a slightly higher HP — heavily processed vocals need a cleaner foundation.
Bell	250–500 Hz	-4 to -5 dB / Q 2.0	✂ CUT	AutoTuned vocals accumulate extra mud here. A heavier cut than normal keeps them clean and forward.
Bell	800–1500 Hz	-1 to -2 dB / Q 1.5	✂ CUT	AutoTune can create unnatural resonances here. A subtle cut removes them without affecting vocal character.
Bell	3–6 kHz	+1 to +3 dB / Q 1.0	▲ BOOST	Melodic vocals need to stay forward in dense productions. This ensures they sit above the mix.
High Shelf	12–16 kHz	+1 to +2 dB	▲ BOOST	High-end air is especially important on processed vocals — it makes AutoTune feel intentional rather than digital.

🎶

Backing Vocals / Harmonies

VOCAL

Filter Type	Frequency	Gain / Q	Action	What It Does
High-Pass	120–150 Hz	—	✂ CUT	BVs should sit behind the lead. Use a higher HP cutoff than you did on the lead vocal to push them back.
Bell	200–500 Hz	-4 to -5 dB / Q 2.0	✂ CUT	Heavy mud cut — BVs should be felt, not competing with the lead for space.
Bell	3–5 kHz	-2 to -3 dB / Q 1.0	✂ CUT	⚠ Key trick: cut the SAME frequency you boosted on the lead. This creates natural separation — the lead "pokes through" BVs automatically.
High Shelf	10–14 kHz	+1 to +2 dB	▲ BOOST	Even though BVs sit behind the lead, they should feel airy and wide — this boost achieves that without weight.

✨

Ad-Libs / Vocal Chops

VOCAL

Filter Type	Frequency	Gain / Q	Action	What It Does
High-Pass	150–200 Hz	—	✂ CUT	Ad-libs are pure texture. They live in the upper register only. Remove everything below aggressively.
Low Shelf	Below 400 Hz	-3 to -4 dB	✂ CUT	Thinning out ad-libs ensures they never compete with the lead. They should add excitement, not weight.

★

FabFilter Pro-Q 4 — dynamic EQ, EQ nodes & Make Spectral

Pro-Q 4 is the EQ this whole guide assumes. Three features turn it from a graphic EQ into the most surgical mix tool you own — learn these and one plugin does the work of a rack.

⚡

Dynamic EQ

A normal band cuts or boosts all the time. A dynamic band only moves when that frequency crosses a threshold — so a 3 kHz harshness cut clamps down only on the loud, harsh moments and leaves the rest untouched. Click a band, open its dynamics handle, then set the range (how many dB it moves) and threshold. Use it for de-essing, taming a resonant snare ring, or controlling one boomy bass note without dulling the whole track.

Engages only when needed

◎

The EQ node workflow

Every band is a node on the curve. Double-click the display to drop one, drag to set frequency + gain, scroll to change Q. To find a problem fast, use EQ Sketch / Spectrum Grab: hover the live analyzer and Pro-Q 4 snaps the node onto the exact resonant peak — so you cut where the problem actually is, not where you guessed. Hold and drag across the spectrum to sketch a whole curve in one gesture.

Double-click · drag · scroll for Q

✦

Make Spectral

Right-click any band and choose "Make Spectral" to convert it into a Spectral Dynamic band — frequency-following processing that targets the exact harmonic content in that range instead of a fixed bell. It ducks only the offending overtones as they appear and ignores everything else, so it's far more transparent than a static cut. Reach for it on harsh vocal consonants, ice-pick cymbals, and busy busses where a normal cut would dull the good with the bad.

Right-click band → Make Spectral

Rule of thumb: a static band for tone-shaping you always want, a dynamic band when the problem comes and goes, and spectral when even a dynamic cut sounds heavy-handed. A pro vocal chain often uses all three at once.

08

Gain Staging — Setting the Right Levels

Gain staging means setting each track's volume to the right level before the master fader. The goal: no clipping, plenty of headroom, and a consistent level hierarchy so every element sits in its correct place in the mix.

The Golden Target: Start with every individual track averaging around -18 dBFS (the digital equivalent of 0 VU on a vintage meter). This gives you enormous headroom. Your master bus should peak around -3 to -6 dBFS before the limiter.

★★★ Anchor — Loudest

0 to -4 dBFS peak

The rhythmic and harmonic backbone. Build everything else around these.

Kick drum
808 / Sub bass
Snare
Lead vocal

★★ Featured — Present

-4 to -8 dBFS peak

Melodic leads and key harmonic elements. Clearly audible but not competing with anchors.

Lead synth
Rhodes / Keys (solo)
BV harmonies
Hi-hats

★ Support — Background

-8 to -14 dBFS peak

Harmonic support and groove elements. You notice them when you mute, but they don't demand attention.

Pads / Chord synths
Plucks / Arps
Crash cymbal
Strings section
Flute / Ocarina (supporting)
Trumpet / Horn (supporting)
Trombone / Tuba

◦ Texture — Quiet

-14 to -20 dBFS peak

Atmosphere, movement, and depth. Almost disappear when muted — if you notice them clearly, they're too loud.

FX / Atmospheres
Percussion (shakers)
Vocal chops
Room / Overhead mics

Gain Hierarchy — How Your Meters Should Look (Approximate)

Lead Vocal

-2 to -4 dBFS

Kick Drum

-4 to -6 dBFS

808 / Sub Bass

-3 to -5 dBFS

Snare

-6 to -8 dBFS

Lead Synth

-5 to -8 dBFS

Hi-Hats

-9 to -12 dBFS

Trumpet / Lead Horn

-6 to -9 dBFS

Flute / Ocarina (lead)

-6 to -9 dBFS

Pads / Chords

-10 to -14 dBFS

Trombone / Sax (support)

-10 to -14 dBFS

Bells / Mallets

-12 to -16 dBFS

FX / Atmosphere

-16 to -20 dBFS

QUIET-24-18-12-6-30 CLIP

Full Gain Reference Table

Instrument	Target Fader	Peak (meter)	Priority	Beginner Tip
Kick Drum	0 dB (unity)	-6 to -4 dBFS	★★★ ANCHOR	Set the kick first at unity gain. Build everything else around it.
808 / Sub Bass	0 to -3 dB	-6 to -3 dBFS	★★★ ANCHOR	Should feel as powerful as the kick. Check in mono for phase coherence.
Snare / Clap	-2 to 0 dB	-8 to -6 dBFS	★★★ ANCHOR	As impactful as the kick. Snare should punch through, not disappear.
Lead Vocal	0 to +2 dB	-4 to -2 dBFS	★★★ ANCHOR	Should sit clearly above the music. If vocal sounds buried, turn DOWN the instrumental — don't push the vocal louder.
Lead Synth	-4 to -2 dB	-8 to -5 dBFS	★★ FEATURED	After kick/bass/vocal, the lead synth is next loudest. It should sit above pads and strings.
Hi-Hats (closed)	-6 to -3 dB	-12 to -9 dBFS	★★ FEATURED	Hats groove but should not dominate. They should be clearly audible but not fatiguing.
Pads / Chords	-9 to -6 dB	-14 to -10 dBFS	★ SUPPORT	Noticeably quieter than the lead. They fill the background — not the foreground.
Strings (section)	-8 to -5 dB	-12 to -8 dBFS	★ SUPPORT	String sections fill the sides of the stereo field. Keep them below the lead but above texture elements.
Plucks / Arps	-6 to -4 dB	-10 to -7 dBFS	★★ FEATURED	Arps carry melody. They can be slightly louder than pads but quieter than the main lead.
FX / Atmosphere	-14 to -10 dB	-20 to -14 dBFS	◦ TEXTURE	If you can clearly hear FX elements, they're too loud. They should add depth, not demand attention.
Wind & Brass Instruments
Trumpet / Lead Horn	-5 to -3 dB	-9 to -6 dBFS	★★ FEATURED	A solo trumpet or lead horn carries melody — treat like a lead synth. Its high presence means it cuts naturally even at moderate levels.
Flute / Ocarina (Lead)	-5 to -3 dB	-9 to -6 dBFS	★★ FEATURED	When flute or ocarina carries the melody, it competes with the lead synth for centre space. One should yield — lower the instrument that is NOT the primary hook.
Alto / Tenor Saxophone	-6 to -4 dB	-10 to -7 dBFS	★★ FEATURED	Sax occupies a wide frequency range — fundamentals start around 100 Hz. HP at 150 Hz and watch for mud at 300–600 Hz. Reed buzz at 5–7 kHz is distinctive; cut if harsh.
Trombone (supporting)	-8 to -5 dB	-14 to -10 dBFS	★ SUPPORT	Trombone sits lower than trumpet — its low-end can clash with bass. Keep it 3–5 dB below a lead trumpet and watch for conflict at 100–200 Hz with bass instruments.
Tuba / Bass Horn	-8 to -5 dB	-14 to -10 dBFS	★ SUPPORT	Tuba fundamentals reach into the bass zone (40–80 Hz) and WILL clash with 808 and sub bass. Either cut the tuba below 80 Hz or remove the bass instrument during tuba passages.
Clarinet	-7 to -4 dB	-12 to -8 dBFS	★ SUPPORT	Clarinet has a distinctive hollow quality in the 250–500 Hz range. HP at 120 Hz and cut the hollow tone at 300–400 Hz. It sits between flute and saxophone in the mix hierarchy.
Brass Section (ensemble)	-9 to -6 dB	-14 to -9 dBFS	★ SUPPORT	Multiple brass instruments together can overwhelm a mix quickly. Bus them and apply a bus compressor — this glues the section together and prevents any single instrument from jumping out.
Flute / Wind (supporting)	-10 to -7 dB	-16 to -12 dBFS	◦ TEXTURE	In a supporting role, flutes and winds are colour and texture. Push them off-centre and quieter. They should add warmth and movement from the background, not compete with the lead.
Bells / Glockenspiel	-10 to -7 dB	-16 to -12 dBFS	◦ TEXTURE	Bell sounds carry well at low volumes because of their high frequency content. Keep them quieter than you think — they will still be heard clearly even at -14 dBFS.

09

Panning — Placing Instruments in the Stereo Field

Panning places each instrument left or right in the stereo field. The goal is a balanced, wide mix where every instrument has its own space — without any instrument disappearing when played in mono.

The Most Important Panning Rule

Low frequencies (bass, 808, kick) cannot be localised by human ears — they have no stereo direction. Panning bass causes phase cancellation and uneven playback. ALL bass-heavy elements must sit dead centre, always, no exceptions.

Stereo Field Placement Map

◀◀ Far Left
L60–L100

Double-tracked Guitar (L)

Hard-panned FX

Wide Pad (L edge)

Atmosphere (L)

◀ Moderate Left
L20–L60

BV Harmony (L)

Closed Hi-Hat

Crash Cymbal

Shaker / Tamb.

Rhythm Guitar (L)

Ad-Libs (spread)

⬛ Centre
L10 — R10

KICK DRUM

808 / SUB BASS

LEAD VOCAL

SNARE / CLAP

Lead Synth (mono)

All Bass Types

Piano / Rhodes (solo)

Pad (stereo spread)

Moderate Right ▶
R20–R60

BV Harmony (R)

Open Hi-Hat

Ride Cymbal

Arp / Pluck (counter)

Rhythm Guitar (R)

Ad-Libs (spread)

Far Right ▶▶
R60–R100

Double-tracked Guitar (R)

Hard-panned FX

Wide Pad (R edge)

Atmosphere (R)

L 100L 75L 50L 25C 0R 25R 50R 75R 100

Full Panning Reference Table

Instrument	Pan Position	Pan Range	Rule
Kick Drum	Dead Centre	Hard centre always	Never pan. Panning kick causes phase problems and an unbalanced low-end on mono systems.
808 / Sub Bass / All Bass	Dead Centre	Hard centre always	Bass frequencies are non-directional. Panning bass only creates problems — never any benefits.
Snare / Clap	Dead Centre	Centre to ±5 max	Snare always centre. It's a rhythmic anchor alongside the kick.
Lead Vocal	Dead Centre	Hard centre always	Vocals ALWAYS centre. The human voice is the emotional focal point — it must stay centred for impact.
Lead Synth (mono)	Centre to ±10	Near-centre only	Mono leads sit centre. If you want width, use a stereo widener — don't move the lead off-centre.
Hi-Hat (Closed)	Slight L or R ±10–20	±5 to ±25	Pan slightly off-centre. Mirrors a real drummer's hi-hat position. Don't go hard — they disappear in mono.
Hi-Hat (Open)	Same side as closed ±15–25	±10 to ±30	Pan open hats to the same side as closed hats for a natural drum kit image.
Crash Cymbal	Slight L or R ±20–35	±15 to ±45	Off-centre for realism. Some producers pan crashes wide on drops for dramatic effect.
BV Harmonies	Symmetric L+R ±15–25	Pan one L, one R	Frame the lead symmetrically. One slightly left, one slightly right — lead stays as the clear focal point in the centre.
Ad-Libs	Moderate to wide ±25–60	Pan freely	Ad-libs don't need to be centred. Pan them around the field freely for energy and movement.
Pads / Chord Synth	Centre (full stereo)	Stereo spread wide	Pan centre but make them wide. Use a stereo widener or chorus to fill the sides without moving the centre.
Electric Guitar (double-tracked)	Hard L + Hard R	One at L100, one at R100	One of the most effective stereo techniques. Record the same part twice and pan hard L and hard R.
Strings (section)	Full stereo spread	60–100% wide	String sections fill the sides. Use a stereo instrument and let them spread — they shouldn't compete with centred leads.

10

Instrument Frequency Ranges — Who Lives Where

This interactive chart shows the full frequency range of every instrument and how much mix space each should occupy. Hover any bar to see details. The opacity of each bar shows its "mix footprint" — lighter means it should occupy less of that zone.

How to read this chart: Each horizontal bar spans the instrument's full frequency range. The bright core is where its fundamental energy lives. The faded extension is the harmonic range. Overlapping bars in the same zone = potential clashing.

SUB
20–60

BASS
60–250

LOW MID
250–800

MID
800–2.5k

HI-MID
2.5–6k

HIGH
6–12k

AIR
12–20k

20Hz601002005001kHz2k5k10k20kHz

Fundamental range (core energy) Harmonic extension Magic frequency (key boost/cut point)

11

Anti-Clash Guide — Who Fights Who & How to Fix It

Every clash has a cause and a specific fix. These are the most common conflicts in modern production and exactly what to do about each one.

Clash #1 — Most Common

808 / Bass vs. Kick Drum

Both instruments are trying to own the same low-end space (60–150 Hz). The result: a muddy, undefined low-end where neither instrument is clearly felt.

THE FIX

Give the kick ownership of 80–150 Hz (the "thump"). Give the 808/bass ownership of 40–80 Hz (the "sub weight"). Cut 100–150 Hz on the bass by -4 dB. Cut 40–60 Hz on the kick by -3 dB. They now occupy separate shelves.

ADVANCED FIX — SIDECHAIN

Route the kick through a sidechain compressor on the 808. Every time the kick hits, the 808 ducks by 3–6 dB for ~50ms. They take turns in time, so they never overlap.

Clash #2 — Very Common

Lead Vocal vs. Lead Synth

Both live in the 1–5 kHz "presence" zone. When both are boosted here, the mix sounds harsh and neither element is intelligible — they mask each other.

THE FIX

Frequency swap: Boost the vocal at 3.5 kHz. Cut the lead synth at 3.5 kHz by the same amount. They literally swap space. The vocal sits "in front," the synth sits "behind." Volume levels stay the same.

ARRANGEMENT FIX

When the vocal enters, automate the lead synth DOWN by 3 dB. When the vocal rests, bring it back up. This is how every professional track is arranged — they take turns.

Clash #3 — Wind/Brass Specific

Trumpet vs. Lead Vocal / Lead Synth

Trumpet's "blare" zone (1–3 kHz) sits directly under the vocal presence range (3–5 kHz). Add a flute on top and you have three instruments stacked in the same 1–5 kHz window.

THE FIX

Assign each a lane: Trumpet: 1–2 kHz (cut 2–5 kHz). Flute: 2–4 kHz (HP at 300 Hz, cut below 1 kHz). Vocal: 4–5 kHz (cut 1–3 kHz). Each instrument owns one "shelf" of the midrange.

ARRANGEMENT FIX

Never have trumpet, flute, AND vocal playing together at full volume simultaneously. Use the brass as an answer to the vocal phrase — they alternate, creating call and response naturally.

Clash #4 — Common in Dense Mixes

Pads vs. Everything (Mud Buildup)

Pads sustain for a long time, which means they continuously add to the 200–500 Hz mud zone. When pads are playing, everything else in the mix sounds thicker and muddier than it should.

THE FIX

HP pads at 200–300 Hz and cut -5 to -6 dB at 250–400 Hz. This feels drastic in solo but correct in the full mix. Pads should occupy the 500 Hz–8 kHz range only — let bass, kick, and low strings own everything below.

QUICK TEST

Mute your pad track. If the whole mix suddenly sounds cleaner and more open, your pad is the mud source. Mute is the fastest diagnostic tool you have.

Clash #5 — Strings/Orchestral

String Sections vs. Keys / Rhodes

Both strings and keys accumulate energy in the 200–500 Hz range (warmth/body zone). When both are playing chords simultaneously, the mix becomes thick, boxy, and indistinct — especially in the low mids.

THE FIX

Let one own "warmth": cut strings at 300 Hz, boost Rhodes at 300 Hz. Or vice versa. They cannot both be "warm" simultaneously — one must feel thin for the other to feel full. The listener hears both anyway; they just stop fighting.

VOICING FIX

Have strings play sustained long notes while keys play rhythmic chords, or vice versa. Different rhythmic patterns let the ear separate them even at identical frequencies.

Clash #6 — Tuba/Bass Horns

Tuba / Bass Trombone vs. 808 & Sub

Tuba fundamentals reach 40–80 Hz — the exact same range as your 808 sub. They create phase cancellation and a boomy, undefined low-end when played simultaneously.

THE FIX

Choose one per moment. Either: (A) HP the tuba at 100 Hz and let it contribute warmth at 100–300 Hz only, or (B) remove the 808 during tuba sections and let the tuba provide the low-end. They are doing the same job — pick one to do it.

LISTENING TEST

Toggle between soloing just tuba and just 808. If they play the same note, you'll hear phase reinforcement or cancellation. One octave apart = they can coexist with careful EQ. Same octave = one must yield.

Quick Anti-Clash Reference — Frequency Swap Table

Instrument A	Instrument B	Conflict Zone	Fix: Cut A at	Fix: Cut B at	Result
808 / Sub Bass	Kick Drum	60–150 Hz	100–150 Hz (-4 dB)	40–60 Hz (-3 dB)	Bass owns sub, kick owns thump. Each felt separately.
Lead Vocal	Lead Synth	2–5 kHz	— (boost 3.5k +2dB)	3.5 kHz (-2 dB)	Vocal pokes through synth. Synth sits behind.
Trumpet	Lead Vocal	1–3 kHz	2–5 kHz (-3 dB)	1–2 kHz (-2 dB)	Trumpet sounds "brassy", vocal sounds "airy". Different textures.
Flute / Ocarina	Lead Synth	2–4 kHz	1–2 kHz (-3 dB)	3–5 kHz (-2 dB)	Flute feels "breathy", synth feels "electronic". Separated by texture.
Pads	Rhodes / Keys	200–500 Hz	250–400 Hz (-5 dB)	200–350 Hz (-3 dB)	Low-mid opens up. Both feel distinct rather than one thick mass.
Strings (section)	Pads	300–600 Hz	250–500 Hz (-4 dB)	300–600 Hz (-4 dB)	Strings feel "woody and bowed", pads feel "electronic and wide".
Acoustic Guitar	Piano	200–500 Hz	200–350 Hz (-3 dB)	350–500 Hz (-3 dB)	Guitar owns "woody body", piano owns "bloomy warmth".
Tuba / Bass Horn	808 / Bass	40–100 Hz	HP at 100 Hz	Duck during tuba	Tuba provides warmth 100–300 Hz, 808 provides sub below. No overlap.
Sax (alto/tenor)	Electric Guitar	200–800 Hz	300–500 Hz (-3 dB)	200–400 Hz (-3 dB)	Sax feels "reedy and warm", guitar feels "bright and present".
Snare	Clap (layered)	150–400 Hz	150–300 Hz (-3 dB)	HP at 200 Hz	Snare provides body, clap provides crack and air. One low, one high.

12

Pro Tips — Habits of Professional Mixers

These are the principles that separate beginner mixes from professional ones. Master these habits and your mixes will improve dramatically — regardless of the tools you use.

01

Cut before you boost

Removing problem frequencies first means you need less boosting. Most professional engineers cut far more than they boost. A mix built on cuts sounds transparent; one built on boosts sounds bloated.

02

High-pass almost everything

99% of instruments don't need energy below their musical range. HP filters on every track (except bass) is one of the most powerful mix improvements you can make — it's free headroom.

03

EQ in context, not in solo

A track that sounds perfect when soloed may need completely different EQ when playing with everything else. Always EQ while listening to the full mix — solo is only for identifying problems.

04

Cut narrow, boost wide

When cutting a problem frequency, use a narrow Q (1.5–3.0) for surgical precision. When boosting, use a wide Q (0.5–1.0) for a natural, musical result. This principle applies in every situation.

05

The mono test for panning

After panning, hit the mono button on your master bus. If something disappears or sounds thin, it's panned too wide or has a phase problem. Everything should remain audible in mono.

06

The 200–500 Hz mud zone

Almost every instrument produces unwanted buildup between 200–500 Hz. When your mix sounds muddy, mute tracks one at a time until the mud disappears — then cut that range on the culprit.

07

Reference tracks are essential

Load a professional track in your DAW and A/B your mix against it. Notice how quiet the music sits under the vocal, how centred the kick and bass are, and how wide the pads are. Copy those proportions.

08

Use Pro-Q4's solo band feature

In FabFilter Pro-Q4, hold Alt and click a band to hear only that frequency range. This lets you hear exactly what you're cutting or boosting before committing. Use it to find problem resonances.

09

Target -18 dBFS per track

Before touching a single fader, bring all clips to about -18 dBFS average. This is the digital equivalent of 0 VU — the standard starting point that gives you headroom to mix without clipping.

10

Master bus peaks at -3 to -6 dBFS

Your master bus should peak at -3 to -6 dBFS before the limiter. If it hits 0 dBFS before limiting, turn down your buses. This gives the limiter headroom to work musically rather than destructively.

11

Bass and kick must share the low-end

These two cannot dominate at the same frequencies simultaneously. Decide who owns each range. Use a sidechain compressor or a notch EQ to carve space for each. This is the most critical relationship in modern music.

12

Check headphones AND speakers

Panning sounds completely different on headphones vs. monitors. Headphones exaggerate stereo width. Check your mix on both — earbuds, headphones, monitors, phone speaker. A great mix translates across all of them.