Starting from a single sine wave, this video explores a hands-on bass sound design workflow in Ableton Live. Heavy distortion, wild modulation, resampling, slicing, and performance techniques combine to create usable drum and bass basslines and one-shot libraries from pure chaos.
This video is all about embracing chaos and turning it into something musical. The goal is simple: start with the cleanest possible sound, completely destroy it using filters and distortion, resample the results, and then extract usable bass phrases and one-shots for real tracks.
Although the end result leans heavily toward drum and bass at 165 BPM, this workflow is genre-agnostic. The same ideas can be applied to techno, dubstep, experimental music, or anything that benefits from aggressive, animated low-end.
The entire process begins with Ableton’s Operator set to a pure sine wave. A single low note, C0, is looped so that it never receives a note-off, creating a continuous bass drone.
This approach removes performance from the equation and allows full focus on sound design. With a static input signal, every movement and texture comes purely from processing.
From there, the sine wave is pushed through a chain of effects designed to misbehave.
The updated Auto Filter is used not just for filtering, but for drive. The drive parameter is pushed hard and modulated using LFOs with random and wandering waveforms, creating constant movement in the tone.
Multiple Auto Filters are layered together, using different filter types such as low-pass, notch, and comb. Each filter introduces its own character, and their placement in the signal chain dramatically affects the outcome.
This section highlights a crucial sound design lesson: effect order matters just as much as effect choice.
Throughout the chain, gain staging is intentionally abused. Saturator, OTT, Drum Buss, and limiters are all used aggressively, not to be clean, but to exaggerate transients and reveal interesting textures.
A limiter is placed early to prevent total destruction of levels, allowing experimentation without worrying about clipping the master.
LFOs are everywhere in this setup. Filter frequency, drive, and resonance are constantly in motion, using random, wander, and smooth modulation shapes.
The result is a constantly evolving bass texture that feels alive rather than static. At this stage, the sound is completely unusable musically, which is exactly the point.
Once the bass has enough movement and character, it’s resampled to audio.
Instead of freezing or bouncing in place, the sound is recorded in real time using Ableton’s resampling input. This captures all the modulation and chaos as raw audio, ready to be sliced, abused, and reused.
Multiple passes can be recorded to create variations, but even a single recording usually contains more than enough material.
The resampled audio is immediately dropped into Simpler.
By triggering different start points as one-shots, the chaotic bass suddenly becomes playable. Short slices have punch, conviction, and attitude, especially when retriggered rhythmically.
This is where the process becomes musical. Transients that felt random now lock into the groove and start behaving like intentional bass hits.
Instead of playing long notes, basslines are built by sequencing tiny fragments of the resampled audio.
Repeating, rearranging, and retriggering these slices reveals hidden rhythmic qualities in the sound. Even abstract noise starts to groove once it’s placed against drums.
This method often produces results that would be extremely tedious to automate by hand.
Beyond transient slicing, the bass recording is also sliced evenly into fixed regions.
This approach, inspired by breakbeat chopping, creates a predictable grid of slices that can be explored rhythmically. When combined with MIDI effects like Arpeggiator and retriggering, it becomes a powerful performance tool.
Holding down a few notes and letting the arpeggiator cycle through them creates instant drum and bass energy.
One of the strongest ideas in the video is treating sound design as performance.
By playing slices live on Push, randomising drum racks, and moving macros while recording, the resampling process captures happy accidents that would be hard to design intentionally.
Resampling while randomising kits adds another layer of unpredictability, turning simple loops into complex textures.
The workflow then shifts toward a more melodic approach using Sampler.
By disabling key tracking and enabling glide with forward–backward sustain mode, the sample plays continuously while pitch changes smoothly as new notes are played legato.
Instead of retriggering the sample, the playback head scrubs through it at different speeds, revealing new textures and movement depending on pitch.
The original bass recording is finally sliced by transients into Sampler, and each slice is cropped into a standalone one-shot.
These one-shots are collected into a playable instrument, distributed across the keyboard, and grouped into choke groups so they interact like drum hits.
At this point, the chaotic bass experiment has become a reusable sound library.
The bass one-shots are layered directly into a drum rack alongside kicks, snares, hats, and rides.
By bussing everything through a Drum Buss and controlling dynamics globally, the bass becomes part of the groove rather than a separate element.
This approach blurs the line between bass and percussion, which is especially effective in drum and bass.
To push things even further, glitch and multi-effects are added on the drum bus, then resampled again.
This final resampling stage turns an already complex setup into fresh audio that can be reused, rearranged, or archived for future tracks.
The underlying philosophy of this entire process is commitment.
If something sounds good, sample it. Save it. Move on.
Rather than endlessly refining instruments, this workflow encourages capturing moments, making decisions, and progressing toward finished music faster.
What starts as a single sine wave ends as basslines, one-shots, grooves, and even near-finished track ideas.
By experimenting first, extrapolating later, and committing early, this sound design approach turns abstract exploration into practical musical results.
It’s messy, noisy, and sometimes ridiculous, but that’s exactly why it works.
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