Toolkit · Stock Ableton Only

Mixing Toolkit.

100% Ableton Live stock devices — no third-party plugins

A complete, start-to-finish mixing workflow for any genre — done entirely with stock Ableton devices. Ten stages, in order, with per-instrument settings for EQ, compression, saturation, width, reverb, buss processing and the master chain. Work top to bottom: every cut you make creates space for another element.

The Workflow

The Order.

Mixing is a sequence, not a pile of plugins. Each stage sets up the next — EQ before compression, the master chain last. Skip around to any stage with the bar above, but build a mix top to bottom.

#	Stage	Purpose	Key stock devices	Target / result	Priority
1	Gain Staging	Healthy levels before anything processes the signal.	Spectrum · Utility · meters	-18 to -12 dBFS tracks · master ≤ -6 dBFS	DO FIRST
2	EQ	Carve a unique frequency space for every element.	EQ Eight	No two elements in the same band	HIGH
3	Compression	Control dynamics; add punch and glue.	Compressor · Glue · Multiband	4–8 dB GR on drums	HIGH
4	Saturation	Harmonic warmth to fight digital sterility.	Saturator · Dynamic Tube · Redux	Warm, analog, present on earbuds	MEDIUM
5	Width & Depth	Place every element in a 3D field. Lows stay mono.	Utility · Auto Pan · EQ Eight M/S	Kick/bass/vocal mono; pads wide	HIGH
6	Reverb & Delay	Perceived depth and distance. Use returns.	Reverb · Echo (returns)	Front-to-back depth	MEDIUM
7	Automation	Make the mix breathe and tell a story.	Automation lanes	Chorus > verse · outro washes	ARRANGEMENT
8	Bus Processing	Glue each group into one instrument.	Glue · EQ Eight · Saturator	Group breathes as one	MEDIUM
9	Master Chain	Final loudness and polish — last.	EQ → Multiband → Spectrum → Limiter	-14 to -9 LUFS · TP ≤ -1	LOUDNESS
10	Reference & QC	Match-loudness A/B; translate everywhere.	Spectrum · Loudness Meter	Passes reference · ready to export	QUALITY GATE

Stage 01 · Do First

Gain Staging.

Set healthy signal levels before any plugin touches the signal. Every Ableton device was designed to receive signal at a specific level — wrong levels mean wrong behaviour from everything downstream.

Devices: Spectrum · Utility · meters Tracks -18 to -12 dBFS · Master ≤ -6 dBFS

Insert Spectrum on the Master

Drop Ableton's Spectrum in slot 1 of the master and leave it on for the whole session — it's your permanent eyes on the mix.

Set each track to -18 to -12 dBFS

Use the Utility device (Gain) to trim each track so its average sits around -18 to -12 dBFS. Every Ableton device expects signal at this level.

Keep the master ≤ -6 dBFS

Before any limiting, the master output should peak no higher than about -6 dBFS — that headroom is where the master chain lives.

No clipping, anywhere

Check every track meter at the loudest section. A red clip light means you're already fighting the mix before you've started.

Stage 02 · High Impact

EQ — Carve Space.

Give every element a unique frequency lane. Cut first, boost only if needed — every frequency you remove from one track creates room for another. EQ Eight on every track and bus.

Device: EQ Eight No two elements in the same band

How to read it: add a band in EQ Eight, right-click it to set High-Pass, Bell, or Shelf. To hunt a problem, boost a narrow Bell and sweep until the mud jumps out — then cut there. Use M/S mode on group buses for width.

Kick Drum

Element	Filter	Freq	Gain / Q	Move	Why
Kick Drum	High-Pass (type 1)	30–40 Hz	—	CUT	Remove sub-rumble below the kick's musical range. Sub belongs to the bass.
Kick Drum	Bell Cut	200–350 Hz	-4 to -6 / Q2	CUT	Remove 'cardboard box' boom — the most common kick problem.
Kick Drum	Bell Cut	400–700 Hz	-3 / Q1.5	CUT	Remove nasal mud that fights vocals and snare.
Kick Drum	Low Shelf Boost	50–80 Hz	+2 to +3	BOOST	Add chest-felt weight — the thump you feel, not just hear.
Kick Drum	Bell Boost	2–5 kHz	+2 to +3 / Q1	BOOST	Add click/attack. Makes the kick audible on small speakers.

Snare / Rim

Element	Filter	Freq	Gain / Q	Move	Why
Snare	High-Pass	80–100 Hz	—	CUT	No useful energy below this; stop competing with kick & bass.
Snare	Bell Cut	150–300 Hz	-3 to -5 / Q2	CUT	Remove boxiness and low-mid mud from the snare body.
Snare	Bell Boost	2–5 kHz	+2 to +4 / Q1	BOOST	The 'crack' — cuts through any mix on any system.
Snare	High Shelf Boost	8–12 kHz	+1 to +2	BOOST	Air and snap; makes the snare feel open and alive.

Clap / Hand

Element	Filter	Freq	Gain / Q	Move	Why
Clap	High-Pass	150–200 Hz	—	CUT	Claps are mid/high energy. Everything below is mud.
Clap	Bell Cut	1–2 kHz	-2 to -3 / Q1.5	CUT	Remove 'plasticky' harshness in digital clap samples.
Clap	High Shelf Boost	10–14 kHz	+2	BOOST	Realism and air — makes claps feel like real hands.

Hi-Hats

Element	Filter	Freq	Gain / Q	Move	Why
Hi-Hat (Closed)	High-Pass	400–600 Hz	—	CUT	Hats are high-frequency texture. Aggressive HP removes mud.
Hi-Hat (Closed)	Bell Cut	2–4 kHz	-2 to -3 / Q1.5	CUT	Remove harshness. Hats should shimmer, not pierce.
Hi-Hat (Closed)	High Shelf Boost	10–16 kHz	+1 to +2	BOOST	Shimmer, openness, and air.
Hi-Hat (Open)	High-Pass	300–400 Hz	—	CUT	Open hats have more body — still cut below 300 Hz.
Hi-Hat (Open)	Bell Cut	3–5 kHz	-2 / Q1.5	CUT	Open hats can be harshly resonant here.

Cymbals / Overheads

Element	Filter	Freq	Gain / Q	Move	Why
Cymbal / Overhead	High-Pass	200–300 Hz	—	CUT	HP aggressively to keep only air and shimmer.
Cymbal / Overhead	Bell Cut	400–800 Hz	-3 to -4 / Q1.5	CUT	Removes 'washy' mid buildup.
Cymbal / Overhead	High Shelf Boost	10–14 kHz	+1 to +2	BOOST	Cymbal brightness and sparkle.

Percussion

Element	Filter	Freq	Gain / Q	Move	Why
Percussion (high)	High-Pass	300–500 Hz	—	CUT	Texture only — keep it in the upper register.
Percussion (low)	High-Pass	80–120 Hz	—	CUT	Congas/bongos: cut so they don't compete with bass.
Percussion (any)	Bell Cut	2–4 kHz	-2 / Q1.5	CUT	Remove harshness if samples feel brittle.

Bass (808 / electric / synth / sub)

Element	Filter	Freq	Gain / Q	Move	Why
Bass (any)	High-Pass	20–30 Hz	—	CUT	Inaudible rumble wastes headroom and limiter energy.
Bass (any)	Bell Cut	100–200 Hz	-3 to -5 / Q2	CUT	WHERE BASS & KICK FIGHT. Decide who owns 60–100Hz (bass) vs 80–150Hz (kick).
Bass (any)	Bell Cut	300–600 Hz	-3 to -4 / Q1.5	CUT	Mid-bass mud — the most common cause of a boxy low end.
Bass (any)	Low Shelf Boost	50–80 Hz	+1 to +2	BOOST	Sub weight and sustain. Only boost what's already there.
Bass (any)	Bell Boost (opt.)	800–2000 Hz	+1 to +2 / Q1	BOOST	Bass 'note' — audible on earbuds and phone speakers.

Lead Synth / Lead Instrument

Element	Filter	Freq	Gain / Q	Move	Why
Lead Synth	High-Pass	80–150 Hz	—	CUT	Let the bass own the sub space.
Lead Synth	Bell Cut	200–500 Hz	-3 to -4 / Q1.5	CUT	Remove low-mid mud — leads should feel forward, not thick.
Lead Synth	Bell Boost	1–4 kHz	+1 to +2 / Q1	BOOST	Presence and forwardness; sits above the mix.
Lead Synth	High Shelf Boost	8–12 kHz	+1	BOOST	Air and definition on top.

Pads / Chords / Atmosphere

Element	Filter	Freq	Gain / Q	Move	Why
Pad / Chord	High-Pass	150–250 Hz	—	CUT	Texture and harmony — not bass. Keep out of the low end.
Pad / Chord	Bell Cut	200–500 Hz	-4 to -6 / Q2	CUT	Pads create mud fast here. Heavy cut keeps the mix open.
Pad / Chord	Bell Boost	3–6 kHz	+1 to +2 / Q1	BOOST	Definition and shimmer so pads don't disappear.
Pad / Chord	High Shelf Boost	8–12 kHz	+1	BOOST	Air. Pads should feel like space, not weight.

Plucks / Arps / Stabs

Element	Filter	Freq	Gain / Q	Move	Why
Pluck / Arp	High-Pass	150–200 Hz	—	CUT	Rhythmic, not bass — clear the low end.
Pluck / Arp	Bell Cut	200–400 Hz	-4 to -5 / Q2	CUT	Pluck mud. Heavy cut keeps each hit tight.
Pluck / Arp	Bell Boost	3–6 kHz	+2 / Q1	BOOST	Attack 'ping' — the characteristic pluck sound.

Piano / Keys / Rhodes

Element	Filter	Freq	Gain / Q	Move	Why
Piano / Keys	High-Pass	80–120 Hz	—	CUT	Remove low end unless playing a bass role.
Piano / Keys	Bell Cut	200–400 Hz	-3 to -4 / Q2	CUT	Keys are notorious for low-mid mud. Cut generously.
Piano / Keys	Bell Boost	2–5 kHz	+1 to +2 / Q1	BOOST	Attack and note clarity.
Piano / Keys	High Shelf Boost	8–12 kHz	+1 to +2	BOOST	Brightness and shimmer.

Strings / Orchestra

Element	Filter	Freq	Gain / Q	Move	Why
Strings (high)	High-Pass	120–200 Hz	—	CUT	Violins/violas have no useful energy below 150 Hz.
Strings (low)	High-Pass	60–80 Hz	—	CUT	Cellos still need HP to avoid competing with bass.
Strings (any)	Bell Cut	250–500 Hz	-3 to -5 / Q1.5	CUT	String mud zone — heavy cut opens the whole mix.
Strings (any)	Bell Boost	2–4 kHz	+1 to +2 / Q1	BOOST	Bow attack and string 'bite'.
Strings (any)	High Shelf Boost	8–12 kHz	+1	BOOST	Shimmer and air on the ensemble.

Brass / Horns

Element	Filter	Freq	Gain / Q	Move	Why
Brass / Horn	High-Pass	80–150 Hz	—	CUT	Let bass own below 150 Hz.
Brass / Horn	Bell Cut	300–600 Hz	-3 / Q1.5	CUT	Honky/nasal buildup common in brass.
Brass / Horn	Bell Boost	1–3 kHz	+1 to +2 / Q1	BOOST	Presence — the 'blare' of brass.

Guitar (electric / acoustic)

Element	Filter	Freq	Gain / Q	Move	Why
Electric Guitar	High-Pass	80–100 Hz	—	CUT	Cut the low end to avoid mud (unless bass guitar).
Electric Guitar	Bell Cut	200–400 Hz	-3 to -4 / Q2	CUT	The classic 'boxy guitar' problem. Heavy cut.
Electric Guitar	Bell Boost	2–5 kHz	+2 / Q1	BOOST	Pick attack and presence.
Acoustic Guitar	High-Pass	100–120 Hz	—	CUT	Body resonance can clash with bass below this.
Acoustic Guitar	Bell Cut	200–500 Hz	-2 to -3 / Q1.5	CUT	Acoustic mid-mud, especially in strummed parts.
Acoustic Guitar	Bell Boost	5–8 kHz	+1 to +2 / Q1	BOOST	String definition and pick sparkle.

Lead Vocal

Element	Filter	Freq	Gain / Q	Move	Why
Lead Vocal	High-Pass	80–100 Hz	—	CUT	Remove mic handling, room rumble, breath.
Lead Vocal	Bell Cut	200–400 Hz	-3 to -4 / Q2	CUT	Vocal low-mid mud (worse when doubled).
Lead Vocal	Bell Cut	1–3 kHz	-1 to -2 / Q1	CUT	Harshness/nasal zone — cut only if thin or harsh.
Lead Vocal	Bell Boost	3–5 kHz	+1 to +3 / Q1	BOOST	Presence and intelligibility; cuts through the mix.
Lead Vocal	High Shelf Boost	10–14 kHz	+1 to +2	BOOST	Air and 'breath' — sounds expensive and open.

Backing Vocals / Ad-Libs

Element	Filter	Freq	Gain / Q	Move	Why
Backing Vocal	High-Pass	120–150 Hz	—	CUT	BVs sit behind the lead — heavier HP than lead.
Backing Vocal	Bell Cut	200–500 Hz	-4 to -5 / Q2	CUT	Heavy mud cut — felt, not fighting the lead.
Backing Vocal	Bell Cut	3–5 kHz	-2 to -3 / Q1	CUT	Reduce presence vs the lead — they sit behind it.
Backing Vocal	High Shelf Boost	10–14 kHz	+1 to +2	BOOST	Air keeps BVs airy and wide, not thick.
Ad-Lib / Chop	High-Pass	150–200 Hz	—	CUT	Texture — lives in the upper register only.
Ad-Lib / Chop	Low Shelf Cut	Below 400 Hz	-3 to -4	CUT	Thin out ad-libs so they don't compete with the lead.

Group Buses (EQ Eight in M/S)

Element	Filter	Freq	Gain / Q	Move	Why
DRUMS Bus	Low Shelf Cut	80–100 Hz	-2	CUT	Tighten the drum group overall.
DRUMS Bus	High Shelf Boost	10–12 kHz	+1 to +1.5	BOOST	Air across the whole drum group.
BASS Bus	High-Pass	20 Hz	—	CUT	Remove any sub-rumble that survived track EQ.
MELODY Bus	Bell Cut	300–500 Hz	-2 / Q1.5	CUT	Keep space open for vocals.
VOCAL Bus	Bell Cut	200–350 Hz	-2 / Q1.5	CUT	Mud cut — consistency across the vocal group.
VOCAL Bus	High Shelf Boost	12–14 kHz	+1	BOOST	Group air — all vocals open together.
PERC Bus	High-Pass	300 Hz	—	CUT	Remove low end from the whole group at once.
FX / TEXTURE Bus	High-Pass	500 Hz	—	CUT	Keep FX thin and out of the way.

Stage 03 · High Impact

Compression.

Control dynamic range so nothing jumps out unexpectedly — and add punch and glue. Always after EQ, so the compressor doesn't react to frequencies you were going to cut. GR = gain reduction at the loudest point; add makeup gain to restore level.

Devices: Compressor · Glue · Multiband Dynamics 4–8 dB GR on drums

Drums

Element	Stock device + mode	Ratio	Attack	Release	Target GR	Why
Kick Drum	Compressor — Vintage FET	4:1	20–30 ms	Auto / 50 ms	4–6 dB	Slow attack preserves the transient, then grabs sustain. FET adds snap.
Snare	Compressor — Vintage FET	3:1–4:1	8–15 ms	60–100 ms	4–6 dB	Faster response; adds consistency to uneven hits.
Clap	Compressor — Standard	4:1	5–10 ms	60–80 ms	3–5 dB	Tames the loudest hits without killing the crack.
Hi-Hat	Compressor — Standard	2:1–3:1	Fastest	40–60 ms	2–3 dB	Gentle — too much kills the natural shimmer.
Overhead / Room	Glue Compressor	2:1	30 ms	Auto	2–3 dB	Ties cymbals and room together without killing dynamics.

Bass

Element	Stock device + mode	Ratio	Attack	Release	Target GR	Why
808 / Sub	Multiband Dynamics (low band <200Hz)	3:1 low band	Auto	Auto	Even sustain	Target only the low band. Optical-like and musical.
Electric Bass	Compressor — Opto	3:1–4:1	40–60 ms	120–180 ms	4–6 dB	Smoother, more musical; preserves pick/finger attack.
Synth Bass	Compressor — Standard	4:1	10–20 ms	100–150 ms	4–6 dB	Catch any uneven patches.

Melodic

Element	Stock device + mode	Ratio	Attack	Release	Target GR	Why
Lead Synth	Compressor — Standard	3:1	15–25 ms	80–120 ms	3–5 dB	Controls peaks without squashing character.
Pad / Chord	Compressor — Standard	2:1	30–50 ms	150–200 ms	2–3 dB	Very gentle — pads should breathe.
Piano / Keys	Compressor — Standard	3:1	10–20 ms	100–150 ms	3–5 dB	Controls the loudest notes for an even take.
Pluck / Arp	Compressor — Standard	3:1	5–10 ms	60–80 ms	3–4 dB	Tighten attack consistency across the pattern.
Strings	Compressor — Standard	2:1	30–50 ms	200–300 ms	2–3 dB	Long release or the swell feels pumpy.
Electric Guitar	Compressor — Standard	4:1	5–15 ms	80–120 ms	4–6 dB	Heavy comp adds sustain and evenness.
Acoustic Guitar	Compressor — Standard	3:1	15–25 ms	100–150 ms	3–4 dB	Moderate — keep it dynamic and alive.

Vocals

Element	Stock device + mode	Ratio	Attack	Release	Target GR	Why
Lead Vocal	Compressor — Standard (× 2 serial)	4:1–6:1	5–10 ms	100–150 ms	6–10 dB	Vocals vary wildly. Two gentle passes = smoother than one hard one.
Backing Vocals	Compressor — Standard	4:1	5–10 ms	80–120 ms	5–8 dB	Consistent so they sit as a solid wall behind the lead.
Ad-Lib	Compressor — Standard	6:1–8:1	3–8 ms	80 ms	6–10 dB	Tames big jumps without losing energy.

Group Buses

Element	Stock device + mode	Ratio	Attack	Release	Target GR	Why
DRUMS Bus	Glue Compressor	2:1	Auto (fast)	Auto	2–4 dB	When the kick hits, the whole bus breathes as one kit.
BASS Bus	Limiter (safety)	—	—	—	ceiling -3 dB	Safety net; catches rogue peaks. Not for loudness.
MELODY Bus	Glue Compressor	1.5:1–2:1	30 ms	150 ms	1–2 dB	Very gentle glue — cohesive, not squashed.
VOCAL Bus	Glue Compressor	2:1	10 ms	100 ms	2–3 dB	Glues lead + BVs + ad-libs into one group.
PERC Bus	Glue Compressor	2:1	Auto	Auto	2–3 dB	Light glue so all perc sits at the same energy.

Stage 04 · Colour

Saturation & Colour.

Add harmonic warmth to fight digital sterility. Saturation generates overtones that make elements feel alive — critical for bass (makes the sub audible on small speakers) and drums (organic weight).

Devices: Saturator · Dynamic Tube · Redux Warm & analog · bass present on earbuds

Element	Stock device	Setting	Why
Kick Drum	Saturator — Analog Clip	Drive 10–20% · Dry/Wet 40–60%	Adds transient punch and analog weight.
Snare	Saturator — Soft Sine	Drive 15–25% · Dry/Wet 50%	Warm even harmonics; rounder, more organic.
808 / Sub	Saturator — Soft Sine	Drive 20–35% · Dry/Wet 60%	Midrange harmonics so the 808 is audible on earbuds.
Electric Bass	Saturator — Tube	Drive 15–25% · Dry/Wet 50%	Mimics a driven bass amp; growl and presence.
Lead Synth	Saturator — Waveshaper	Drive 10–20% · custom curve	Complex harmonics; more alive, less 'perfect'.
Pad / Strings	Dynamic Tube — Tube A	Drive 10–20% · Bias low	Smooth warm harmonics; stops sounding like MIDI.
Piano / Keys	Saturator — Soft Sine	Drive 10–15% · Dry/Wet 30%	Subtle tape-like warmth.
Lead Vocal	Saturator — Soft Sine	Drive 10–20% · Dry/Wet 30–50%	'Tape' character; warmer, sits better.
Plucks / Arps	Redux — subtle	Bit 22–24 · Dry/Wet 20–30%	Harmonic density and grit without changing character.
DRUMS Bus	Saturator — Analog Clip	Drive 5–10% · Dry/Wet 30–40%	Glues the kit into one cohesive sound.
MELODY Bus	Dynamic Tube — Tube A	Drive 10–15% · Bias low	Warm glue across the melody group.

Stage 05 · High Impact

Width & Depth.

Place every element in a 3D soundfield. Two elements sharing a frequency stop competing when one is centre and one is wide.

Devices: Utility · Auto Pan · EQ Eight M/S Kick / bass / lead vocal = mono

Absolute rule: anything below 150 Hz (kick, bass, 808) must be MONO via Utility. Low frequencies are omnidirectional — widening them causes phase cancellation on mono systems (clubs, phones, cars).

Element	Stock device	Setting	Field	Why
Kick Drum	Utility	Width 0% (MONO)	MONO	Phase cancellation on any mono system (club, phone, car).
Snare	Utility	Width 0% (MONO)	MONO	Rhythmic anchor — centre = solid; wide = unstable groove.
Bass (all)	Utility	Width 0% (MONO)	MONO	Low frequencies are omnidirectional — widening causes phase issues.
Lead Vocal	Utility	Width 0% (MONO)	MONO	Most important element — centre = maximum focus.
Hi-Hat / Cymbal	Auto Pan — LFO Width	Rate 0.1–0.3 Hz · Amount 20–40%	WIDE	Slow LFO = subtle stereo movement; feels like a real room.
Percussion (support)	Pan knob	20–40% L or R	WIDE	Spread perc to free the centre for leads.
Clap	Utility	Width 110–120%	WIDE	Can be slightly wide (less rhythmically critical than snare).
Pad / Atmosphere	EQ Eight (M/S)	Boost Side >2kHz +2–3dB · HP Side @200Hz	WIDE	Phase-safe widening; HP the side to keep bass centred.
Strings / Ensemble	Utility + EQ Eight M/S	Width 120–140% · HP Side @150Hz	WIDE	Orchestral, immersive — always HP the side channel.
Lead Synth	Utility	Width 0–20% (near-centre)	NEAR	Slight width while keeping impact and presence.
Backing Vocals	Utility	Width 110–130% (or pan L/R)	WIDE	Wide BVs make the lead feel more centred.
Plucks / Arps	Utility	Width 100–120%	WIDE	More energetic and spacious when slightly widened.
MELODY Bus	EQ Eight (M/S)	Boost Side +2dB >1kHz · HP Side @200Hz	WIDE	Bus-level width — more efficient than per-track.
FX / TEXTURE Bus	Utility	Width 130–150%	WIDE	Background — wide so it sits around the mix, not in it.

Quick Panning Map

808 · Bass · SubCenter (0)

KickCenter (0)

SnareCenter (0)

Lead vocal · HookCenter (0)

Hi-Hat 1L30

Hi-Hat 2R30

ShakerL15

RimR15

Bass pianoCenter

SynthL40

ChordsR40

Bell / sine accentR25

Stage 06 · Depth

Reverb & Delay.

Add perceived depth and distance. Elements at different reverb levels sit at different distances — foreground, midground, background. Always send to Return tracks, never inserts — one shared room keeps the mix coherent.

Devices: Reverb (Return A) · Echo (Return B) Front-to-back depth

EQ the return itself: high-pass at 200 Hz to keep sub out of the tail, low-pass at 8 kHz to keep tails dark and warm. Standard professional practice.

Return Track Setup — build these first

Return A — Main Reverb

Ableton Reverb

Decay 1.2–2.5s · Pre-delay 15–30ms · Diffusion 80% · Damp >6kHz

Add EQ Eight: HP 200Hz + LP 8kHz

Pre-delay preserves the transient; return EQ keeps tails dark and warm.

Return B — Short Room

Ableton Reverb

Decay 0.3–0.8s · Pre-delay 5–10ms · Diffusion 60%

Add EQ Eight: HP 300Hz

Short room for drums — cohesion without washing them out.

Return C — Delay

Echo (stock)

Sync 1/8 dotted or 1/4 · Feedback 20–35%

Add EQ Eight: HP 400Hz + LP 6kHz

BPM-synced repeats stay musical; EQ keeps them thin and behind.

Send Amounts — how much of each element goes to each return

Element	Return	Send	Why
Kick Drum	Return A	3–8%	Just a taste for room glue — more = muddy kick.
Kick Drum	Return B	5–15%	Natural room without washing out the punch.
Snare	Return A	15–25%	Snare lives in reverb — the backbeat benefits from the tail.
Snare	Return B	20–30%	'Studio' character and cohesion with the kick.
Clap	Return A	20–35%	Often used as texture — can take more than a snare.
Hi-Hat	Return A	5–15%	A hint of room — too much smears the rhythm.
Percussion	Return A	10–20%	Shared reverb puts all perc in the same room.
808 / Bass	Return A	0% — NEVER	Reverb on lows = phase issues and muddy sub.
808 / Bass	Return C	0% — NEVER	Delay echoes fight the groove and destabilise the low end.
Lead Synth	Return A	10–20%	Pushes the lead in without losing forwardness.
Pad / Atmosphere	Return A	30–50%	Pads live in reverb — huge and immersive.
Strings / Ensemble	Return A	25–45%	Needs significant reverb to sound natural and large.
Piano / Keys	Return A	15–25%	Enough to sit in a room, not suspended in digital air.
Plucks / Arps	Return C	15–25%	Rhythmic delay adds musical movement on the BPM.
Lead Vocal	Return A	10–20%	Less than instruments — keeps it forward and present.
Lead Vocal	Return C	15–25%	Delay adds depth and size without pushing it back.
Backing Vocals	Return A	25–40%	More than the lead — pushes BVs back in depth.
Ad-Lib / FX	Return A	30–50%	Texture, not focal point — can be heavily reverbed.

Depth Layering — reverb = front-to-back distance

Layer	Setting	Why
FOREGROUND (dry / close)	Reverb send 0–5%	Kick, bass, lead vocal. No reverb = closest, most impact.
MIDGROUND (slightly wet)	Reverb send 10–25%	Snare, lead synth, piano. Present but not dry.
BACKGROUND (wet)	Reverb send 30–60%	Pads, strings, BVs. Pushed back — 'behind the music'.
FAR BACKGROUND (ambient)	Send 60–100% · Decay 3–5s	FX, textures, atmosphere. Washed in reverb — creates scale.

Stage 07 · Arrangement

Automation.

Make the mix breathe and tell a story. A static mix sounds flat — energy should build into choruses, pull back in verses, swell in outros. Automation is the difference between a mix and a performance.

Device: Ableton automation lanesChorus > verse · outro washes

Automate	Where	How	Why
Volume	Individual tracks	Press A, draw breakpoints, use curved segments (right-click → curve).	Louder into the chorus, quieter in the verse — an energy arc across the song.
EQ Eight filter cutoff	Melody / Synth bus	Automate HP or LP cutoff — closed in the intro, open by the chorus.	The classic frequency-sweep transition. Builds tension into the chorus.
Send levels	Individual tracks	Automate Send A/B; increase reverb toward the outro.	More reverb = more distance — perfect for outros and breakdowns.
Utility width	Wide instruments	Automate Width 100% → 150% into the chorus.	The stereo image widens as the chorus hits — energy with no level change.

Stage 08 · Glue

Bus & Group Processing.

Glue each group so its elements sound like one cohesive instrument, not separate tracks. Bus compression catches inter-element dynamics that individual compression can't. Insert in this order on each group bus.

Devices: Glue · EQ Eight · Saturator · LimiterEach group breathes as one

Device	Where	Settings	Why
EQ Eight	Every group bus	Group-level cuts & boosts (see the EQ section).	Final frequency shaping for the group; catches what track EQ missed.
Glue Compressor	Drums · Vocal · Melody bus	Ratio 2:1 · Attack Auto · Release Auto · GR 2–4 dB	SSL-style glue — the group breathes as one.
Saturator	Drums · Melody bus	Drive 5–15% · Dry/Wet 30–40%	Analog glue and cohesion without losing character.
Limiter (safety)	Bass bus only	Ceiling -3 dB	Catches peaks that survived track compression. Not for loudness.

Stage 09 · Loudness

Master Chain.

Final loudness and polish — only after the mix is fully balanced. The master chain affects everything at once. The Limiter is a safety net, not a loudness tool. Insert in this exact order on the Master track.

Order: EQ Eight → Multiband → Spectrum → Limiter-14 to -9 LUFS · True Peak ≤ -1

Spectrum Slot 1 (top, always on)

Default. Never bypass — keep visible the whole mix.

Permanent visual frequency monitor.

EQ Eight Slot 2

HP @20Hz · Bell cut 250–300Hz (-1.5dB) · Low shelf +1.5dB @40Hz · High shelf +1dB @12kHz

Final balance of the full mix — all moves ≤ 2 dB. You're steering, not carving.

Multiband Dynamics Slot 3

All bands: Ratio 1.5:1 · Attack 30ms · Release 150ms · GR 2–3 dB max per band

Gentle multiband glue; lifts buried frequencies. Transparent at low settings.

Loudness Meter Slot 4

Display Integrated LUFS · Target per genre

Your loudness reference — match the reference track's LUFS before A/B.

Limiter LAST slot (always last)

Ceiling -1.0 dB · True Peak ON · Raise input until LUFS target is met

FINAL GATE. Nothing above -1 dBTP leaves. Show 2–4 dB GR max — more = fix the mix.

LUFS Targets by Genre

Genre	Target LUFS	True Peak	Notes
Streaming (pop / hip-hop)	-14 to -9 LUFS	-1 dBTP	Spotify normalises to -14. Aim -9 to -12 for competitive loudness.
Trap / Rap / Bass	-9 to -7 LUFS	-1 dBTP	Louder masters; still respect the True Peak limit.
Electronic / Dance / Club	-8 to -6 LUFS	-1 dBTP	Club systems are loud — loud masters translate best.
Lo-fi / Chillhop / Ambient	-16 to -14 LUFS	-1 dBTP	Quieter and more dynamic — headroom is the aesthetic.
Film / Sync / Broadcast	-24 LUFS	-2 dBTP	Strict broadcast standard — very different from streaming.

Stage 10 · Quality Gate

Reference & QC.

Your ears adapt after hours — you stop hearing what's wrong. A professional reference track at matched loudness reveals imbalances instantly. The final step before export.

Devices: Spectrum · Loudness Meter · UtilityTranslates everywhere · ready to export

Master peaks at -1 dBTP or below (Limiter True Peak ceiling enabled).
LUFS Integrated hits your genre target (Loudness Meter on master).
No clipping on any individual track at the loudest section.
Limiter GR is 2–4 dB max — if more, fix the mix level, not the limiter.
Translates on phone speaker — if bass vanishes, it's too sub-heavy (check mono via Utility).
Translates on earbuds — if the highs are painful, pull back the high shelf or hats.
Reference track compared at MATCHED LUFS (Utility gain on the reference).
Spectrum check: no severe frequency imbalance vs the reference.
Automation checked: chorus louder than verse, outro washes, no glitches.
All buses verified: no clipping on drum, bass, vocal, or master.
Export: WAV · 24-bit · 44.1 kHz · NEVER export the master as MP3.

Theory side of the craft? Pair this with the Music Theory Toolkit. More toolkits on the PlayLab hub.