Industrial Techno Track Deconstruction

The kick: Operator sine + Roar, tuned to F1

A synthesised kick, not a sample, so its pitch, length and distortion can be modulated across six minutes. Operator gives the pitch envelope; Roar's Serial routing gives body and click in one device.

1. Operator, single oscillator (Osc A sine, 0 dB). Pitch envelope: initial +36 semitones, decay 45 ms, no sustain — this is the "boom" curve. Set Osc A Coarse so the resting pitch is F0 (43.7 Hz).
2. Amp envelope A 0 ms, D 380 ms, S 0, R 50 ms. Decay sets the sub length; at 138 BPM a beat is 435 ms, so 380 ms leaves a hair of silence before the next kick.
3. Roar in Serial routing. Stage 1 Soft Sine, Drive 8 dB, adds low harmonics. Stage 2 Hard, Drive 4 dB, produces the click. Post filter LP 3 kHz, 12 dB, so the click is a thud not a tick. Tone/colour to taste, slightly dark.
4. EQ Eight: HP at 32 Hz (sub-sonic rumble removal), +2 dB at 70 Hz (weight), −3 dB at 350 Hz (box). Utility Mono.
5. Limiter on the kick track itself, fast release, 2–3 dB in. It flattens the click so the kick's peak level is consistent across all modulations.

Rumble: the kick's reverb tail, distorted and gated

Send the kick to a return with a short dark reverb, distort the tail, then gate it with the kick so the rumble only exists between beats. The result is the off-beat low-end wash that defines the style.

1. Send the kick track pre-fader to a new return. Hybrid Reverb in algorithm mode, Dark Hall, decay 0.9 s, low-pass inside the reverb at 400 Hz, 100% wet.
2. Roar, Single routing, Fold shaper at 12 dB drive. Fold on a low-passed reverb tail produces the growling texture; post-filter LP 250 Hz removes the fold's upper hash.
3. Gate with external sidechain from the kick, Flip enabled: the gate closes when the kick hits and opens 90 ms later. Hold 20 ms so it does not chatter on the kick's decay.
4. EQ: HP 40, LP 180. Mono. Return level around −6 dB relative to the kick; the rumble should be felt as the kick's shadow.

Metallic percussion with Roar feedback (Collision + Roar)

Struck metal — pipes, plates — from Collision's resonator, then through Roar's Feedback routing so each hit excites a tuned feedback loop. The feedback amount is the main modulated parameter of the whole track.

1. Collision: Mallet exciter, stiffness 90% for a hard strike; Resonator 1 Plate, decay 350 ms, Inharmonic 40% so the pitch is ambiguous.
2. Roar in Feedback routing: the feedback section's pitch set to F3 so the loop rings in key; Diode shaper for a brittle edge; Drive 10 dB. Start feedback at 35%.
3. HP at 800 Hz after Roar — the feedback produces low content you do not want.
4. Pattern: 16ths with holes, 54% groove, random velocity ±15% via the Velocity MIDI device. Map velocity → Collision exciter stiffness for timbre variation per hit.

Noise hat: Operator noise with a filter walk

No sampled hats. An Operator noise oscillator through a band-pass gives the hissing, slightly pitched off-beat that cuts through the distortion.

1. Operator Osc A Noise. Amp envelope D 60 ms (closed hat); a second clip with D 180 ms for the open variant on the "and" of 4 every 2 bars.
2. Operator's own filter band-pass at 6 kHz with 30% resonance gives the metallic pitch; automate the cutoff 4 → 8 kHz over the groove sections.
3. Saturator Hard Curve flattens the noise bursts into a consistent level.
4. Pattern: off-beat 8ths, plus 16th ghosts at 30 velocity. Velocity → Operator filter frequency.

Industrial clap: Drum Sampler noise + Corpus

A short clap sample with Drum Sampler's Noise effect, then Corpus (tube) so the clap rings in a metal pipe. Lands on 2 and 4 from bar 64 onward.

1. Drum Sampler with any dry 909-style clap. Decay 120 ms, Noise effect at 50% so half the sound is synthesised white noise.
2. Corpus in Tube mode tuned to 600 Hz with short decay — the pipe resonance.
3. Roar Rectify shaper (half-wave rectify) adds an octave-up buzz, 8 dB drive.
4. Compressor at 8:1 with the fastest attack, 6 dB of GR: clap becomes a wall.

Tom / pipe hit (Drift, percussive)

A low tom made from Drift with a pitch drop, used as a 2-bar fill voice in the Pressure section and the drop.

Feedback drone (Roar Feedback routing on a resampled loop)

A continuous, slowly rising drone made from a 2-bar resampled loop of the whole mix, fed through Roar's feedback path with pitch tracking the key. It is the sound of the room resonating with the track.

1. Resample 2 bars of kick + rumble + perc to an audio track (Resampling input). Loop it.
2. Roar in Feedback routing with the feedback pitch set to F2; drive 14 dB Soft Sine; feedback 65%. Modulate feedback pitch with Roar's internal LFO at 0.05 Hz, a few semitones, for slow detuning.
3. Auto Filter band-pass with its cutoff automated from 400 Hz at bar 96 to 2.5 kHz at bar 144.
4. Spectral Time in Freeze mode at 40% to smear it into a sustained texture; Prism reverb long.
5. Level −18 dB. It must never be the loudest thing; it is the atmosphere behind the drums.

Hoover stab (Analog, 2 saws detuned, sidechained hard)

The one melodic element: a classic hoover-type stab, F Phrygian, used as punctuation every four bars from bar 112 and as a riff in the breakdown and drop.

1. Analog: two saws, Osc 2 an octave down with 12 cents detune; the pitch envelope on Osc 1 sweeping +7 semitones down over 120 ms gives the hoover "yowl".
2. Filter 1 LP 24 dB at 2 kHz with 25% resonance; envelope → filter +30%, decay 300 ms.
3. Roar Multiband: distort the mid band hardest with Fold; keep the lows gentle so the stab does not reach the rumble.
4. Sidechain compressor from the kick with 8 dB of reduction: the stab pumps as a rhythm.
5. Notes: F2 (stab, 1 beat) every four bars; breakdown riff F2–Gb2–F2–Eb2 in 8th notes with glide.

Noise sweeps at phrase ends (Operator noise + Auto Filter)

Four-bar white-noise sweeps at bars 60, 92, 124, 140, 172. Filter opens over four bars; the sweep is cut dead on the downbeat.