Hey — welcome. Today we’re focusing on one specific, powerful skill: making your bass hit on small speakers. Phones, laptop speakers, cheap club rigs — if people can’t feel your bass on those, your track loses its power. This is an intermediate, hands-on Ableton Live workflow that combines a clean mono sub with a harmonically rich mid layer, smart mono/stereo control, targeted processing chains and arrangement tricks so the bass still reads when the sub disappears. I’ll give you concrete device chains, settings you can paste into Ableton, and practical checks to translate the low end.

Quick overview: we’ll build a two-layer bass — a pure sub under about one hundred and twenty hertz, and a distorted or saturated mid-bass layer sitting roughly between one hundred twenty hertz and two kilohertz. The sub anchors low-end on systems with subs. The mid layer adds harmonics so small speakers can actually hear weight. We’ll use stock Ableton devices: Operator or Wavetable for synths, EQ Eight, Saturator, Utility, Multiband Dynamics, Compressor, Glue and Spectrum to analyze. I’m assuming 174 BPM DnB, but the concepts translate to any tempo.

What we’ll end up with is a two-bar DnB bass loop at 174 BPM where the sub is clean and mono, the mid-harmonic layer is punchy and saturated, and sidechain plus parallel processing give the mid content enough presence to read on laptop or phone speakers.

Let’s build it.

Start by creating a simple drum loop — kick, snare, and a break or two-step pattern — so you have something to test the bass against. Then create two MIDI tracks: one called Bass-Sub, the other Bass-Mid.

On Bass-Sub load Operator or a sine sample. Set Oscillator A to a pure sine, no unison, level around unity. Don’t over-complicate this layer: keep it long and sustained so it’s the glue for low frequencies. In Operator you can leave filters off or set a very gentle low-pass, but the point is a clean, undistorted low fundamental.

On Bass-Mid load Wavetable or Analog. Pick a saw or pulse with mild detune, one or two voices. Keep detune small, something like zero point zero two to zero point one for slight width. Program the same notes as the sub, but make the mid part shorter or more plucky depending on vibe — sustained sub, percussive mid for impact is a great starting point.

Now the processing chains. On the Bass-Sub chain the order like this works well: first EQ Eight to remove inaudible rumble — set a high-pass at twenty to thirty hertz with a gentle slope. Next place Utility and set Width to zero percent so the sub is mono. If you want mild control add a compressor sidechained to the kick: ratio four to one, attack one to five milliseconds, release around sixty to one hundred and twenty milliseconds. Threshold so you see about three to six dB of gain reduction on kick hits. Keep the sub clean — no saturation here. Finish optionally with a soft limiter with a ceiling at minus zero point five dB just to be safe.

On the Bass-Mid chain we’re constructing the part that small speakers will actually “hear.” First, EQ Eight and high-pass at around sixty to ninety hertz — I usually start at eighty hertz so the sub and mid don’t fight. Next, a Utility with width seventy to one hundred percent initially so you can audition stereo; later we’ll lock low frequencies to mono. Add Saturator with drive in the three to six dB range, soft clipping or analog clip style — this generates harmonics that small speakers reproduce. After saturation, use another EQ Eight to place a mid presence boost: try a peak around seven hundred to one thousand two hundred hertz, Q around zero point eight to one point two, and start with three to five dB boost. Be conservative and use your ears.

Next add Multiband Dynamics. Put split points roughly at one hundred twenty hertz and eight hundred to one thousand hertz so you have three bands: low, mid, high. Compress the mid band lightly — ratio two to four to one — threshold for about two to six dB reduction on mid transients. That glues the harmonics together. After that, add a Compressor for transient shaping and sidechaining to the drum buss or kick. For DnB at 174 BPM, a good baseline is attack one to six milliseconds, release between sixty and one hundred ten milliseconds. Quick math: at one hundred seventy-four BPM a sixteenth note is about eighty-six milliseconds, so aim for a release that lets the duck recover before the next transient but not so long it swamps the groove. Ratio around four to one and set threshold so you get three to eight dB of duck on hits — you want the drums and bass to interlock.

Optionally buss the mid and sub tracks into a Bass Bus and place Glue Compressor at two to one with gentle two to four dB reduction. After that, place a Utility and ensure you mono everything below about one hundred twenty hertz. You can automate a device to set Width to zero percent below that frequency or use Multiband tricks if your Live version supports it. The key rule: everything under roughly one hundred twenty hertz should be mono.

One powerful trick is a parallel distortion return. Create a return track named Parallel Dirt. Send the Bass-Mid a few dB into it. On the return put EQ Eight high-pass at one hundred twenty hertz, then Saturator with drive six to twelve dB, maybe a small amount of Redux for character, and heavy Glue compression. Blend this return in until it adds articulation and presence on small speakers. This dirt is what often makes the whole bass “feel” heavier on phones.

Phase and alignment: this is huge and often overlooked. Solo Sub plus Mid, flip the phase of the Mid with Utility and see if the combined level drops. If it does, you’ve got cancellation. Undo the flip and nudge the mid audio forward or back by a few samples or a couple of milliseconds until the summed level peaks; that’s your alignment. Fix this before you add heavy saturation or compression because distortion can mask phase problems.

Gain staging matters too. Keep your sub peaking well below the mid early on — minus six to minus twelve dBFS headroom is a good target while designing. Small speakers respond to harmonic energy, not absolute LUFS, so build mids and saturate those without confusing loudness.

Monitor smartly. Regularly toggle a Utility on the master to Width zero percent to test in mono. Also export an eight-bar loop and play it on an actual laptop speaker and smartphone — adjust mid boosts until the bass reads as punchy there. Use Spectrum to check energy between one hundred and eight hundred hertz; that’s the area small speakers rely on.

Common mistakes to avoid: don’t make everything mono — you need stereo up top for air. Don’t widen the lows; that creates phase issues. Don’t over-boost the sub if your target listening is small devices — that won’t translate. Avoid long releases on sidechain compressors — long release times will make the bass swell and mask the drums. And don’t over-compress with fast attack settings that kill the transient.

A few pro tips and advanced ideas: use mid-side EQ to cut low-mid mud in the side channel only, leaving the mid channel clean so mono playback is intact. Try multiband sidechain: sidechain only the mid band so the transient snap survives while the upper harmonics breathe. Frequency shifting a subtle duplicate of the mid layer by tiny amounts creates beating harmonics that show up on small speakers. Use a short pitch envelope on the mid layer to add aggression. For darker DnB, push mid grit — filtered saw with heavy saturation and short decay works great. Resample the mid with processing and chop slices into Simpler for percussive, harmonically dense accents that read well on phones.

Here’s a compact practice exercise you can do in twenty to thirty-five minutes. First, build drums and a two-bar pattern at 174. Create Bass-Sub as a pure Operator sine with sustain long and a high-pass at twenty hertz. Create Bass-Mid in Wavetable, HPF at eighty hertz, short amplitude envelope with attack one to five milliseconds and decay two hundred to four hundred milliseconds. Add Saturator Drive about four dB and boost around eight hundred hertz by three dB. Send Bass-Mid to a return with Saturator Drive around eight dB and heavy Glue compression. Sidechain Bass-Mid to Kick with Attack two ms, Release about ninety ms, Ratio four to one, threshold for four to six dB ducking. Mono the sub with Utility width zero. Export eight bars and test on laptop; adjust the mid boost until the bass reads heavy on the laptop speaker.

Homework challenge if you want to level up: produce a sixteen-bar DnB loop at 174 that keeps perceived weight on monitors, a laptop and a phone. Include a phase-aligned mid layer and a multiband sidechain on the mid. Add two parallel returns with contrasting distortion characters and automate their sends across sections. Arrange bars nine to twelve to remove the sub entirely and rely on mids, then bring the sub back at bar thirteen with a mid-band boost on the first hit. Export three masters labeled Monitor, Laptop, Phone and write a short notes file describing phase fixes, multiband settings and the frequency you targeted for presence. Timebox it: aim for your first pass in forty-five minutes and the next forty-five minutes for testing and refinement.

Recap in one sentence: small speakers can’t reproduce sub, so give them harmonics — clean mono sub for power, saturated mid layer for presence, mono below roughly one hundred twenty hertz, sidechain to taste, and always test on real devices. Try an A/B with and without the parallel distortion return — you’ll immediately hear how much more presence the mid layer gives on phones.

If you want, I can build an Ableton template with the exact chains and MIDI clips, or walk you through automating those mid boosts for drops and fills. Ready to try it? Load up Live, make a quick drum loop, and let’s get that bass slamming on laptops and phones.