How to Build a Tech House Groove That Actually Swings

Nine out of ten “tech house” loops you’ll hear on SoundCloud fail in the same three bars: every hit is quantized to the grid, every velocity is identical, and the bass punches on the same beat as the kick. The result is a rhythm that ticks but never moves. A groove that actually swings comes from three forces working together — swing timing that skips the sequencer feel, hats and percussion that answer each other, and a bassline that dances around the kick rather than wrestling it for the sub.

TL;DR

• Pick a short-tail kick (roughly 200–350 ms of audible decay) and tune its fundamental to the root of your track.
• Program hats with velocity variation and swing between 54% and 58% — much more starts to sound broken.
• Sidechain the bass to the kick with the fastest attack you have and a release timed so the bass is back at 0 dB just before the next kick.
• A filtered live percussion loop is the single fastest way to add “human” to a stiff programmed groove.
• Glue the drum bus with 1–2 dB of gain reduction, no more. Squash it and you kill the punch you just built.

The four jobs in a tech house groove

Before you touch a sample, know the roles. A tech house groove is four elements each doing one job — get the roles right and half the work is done for you.

If your groove sounds sterile, one of these is missing or doing the wrong job. The classic mistake is stacking three percussion loops with no dedicated hats — busy, no swing. The other is a bass that lands on every kick, killing the pocket entirely.

Kick selection, tuning and layering

Tech house kicks are punchier and shorter than deep house or techno kicks. The transient should cut, the body should land, and then it needs to get out of the way so the bass can breathe. Audition kicks with your bassline playing — a kick that sounds enormous solo often turns to mud the moment sub sits under it.

You’re looking for a short tail (a couple hundred milliseconds of body, not a booming 808), a fundamental somewhere between 50 Hz and 65 Hz, and a click around 2–5 kHz so the kick survives on laptop speakers and phone drivers.

Tune it to the root of your track. If you’re in A minor, the kick’s fundamental wants to sit on an A — 55 Hz is the obvious target, though 110 Hz works too if the kick is more of a “thump” than a boom. To find the current pitch, drop a narrow EQ bell on the kick channel, sweep the low end, and locate the loudest resonant peak; that frequency is your kick’s note. Retune with your sampler’s pitch control or a dedicated tuner plugin. Even a couple of semitones off and the bass will feel like it’s arguing with the kick rather than sitting under it.

Layering is standard: a top-layer for click and character (a 909-style tick, a distorted transient) and a bottom-layer for weight (a clean sub thump). High-pass the top around 150–200 Hz, low-pass the bottom around 120–150 Hz, and align the transients so their loudest peaks land on the same sample. Flip the polarity of one and listen — if the combined kick gets thinner, you had it right; flip it back.

Hats that swing instead of tick

Hats are where most of the groove lives, and rigid 16th programming is the fastest way to make a tech house track sound like a demo. You want swing, velocity variation, and two or three samples in rotation.

A starting pattern across 16 steps:

1. Closed hats on every 16th, but pull out steps 3, 7, 11 and 15 to make room for open hats.
2. Open hat on the off-beat — steps 3, 7, 11, 15. That “and” of every beat is the whole point of house.
3. Accent the open hats on steps 7 and 15 (the “and” of 2 and 4) at full velocity. Drop the on-beat closed hats to around 60–70%. Randomise everything else between 70% and 95%.
4. Apply swing around 54–58% to start. 58% is a classic house shuffle; push past 60% only if you know what you want.

Rotate two or three closed hat samples across the pattern — one bright, one duller, maybe a shaker on the off-beats. This is the single biggest fix for hats that sound like a machine gun.

A bassline that dances around the kick

Tech house bass isn’t a sub drone. It moves. The classic move is to place notes on the off-beat 8ths — the “and” of each beat — leaving the downbeats to the kick.

Start dead simple: root note on the “and” of 1, 2, 3 and 4. Four notes. Now break the symmetry — shift the third note a 16th earlier, drop the fourth up an octave or to the fifth. That’s already a bassline with a hook.

For the sound itself, a workable recipe is a sine or triangle sub covering everything below 100 Hz, and a mid layer — a slightly detuned saw or square with a resonant low-pass sweep sitting around 400–800 Hz — for the “voice” of the bass. Amp envelope is short: attack near zero, decay 150–250 ms, low sustain, release short enough that each note ends cleanly before the next one starts. Silence between notes is what gives the bass its bounce.

A touch of portamento (30–60 ms) between notes gives that slippery, half-spoken feel that defines a lot of modern tech house. Use it on one or two notes per bar, not all of them — every note gliding turns into a lazy acid line.

Sidechaining without pumping the life out of it

Sidechaining in tech house isn’t the audible EDM pump. It’s carving a hole so the kick punches through cleanly. If you can hear it working, it’s too much.

Route the kick to the sidechain input of a compressor on the bass. Start here:

• Ratio: 4:1
• Attack: as fast as the compressor allows (0.1–1 ms)
• Release: 80–120 ms at 125 BPM — the bass should be back at full level just before the next kick lands
• Threshold: set for 4–6 dB of gain reduction on each kick

Watch the gain reduction meter breathe with the kick. If the needle is still pulled down when the next kick arrives, shorten the release. If it snaps back too fast and clicks, lengthen it. This is a tune-by-ear move — the exact number moves with tempo and kick length.

For tighter control, use a volume-shaper (LFOTool, ShaperBox, Kickstart) and draw the curve: sharp drop on the kick, exponential recovery. This tends to sound more musical than a compressor at faster tempos, and it’s frame-accurate regardless of source level.

Browse Tech House packs at Myloops →

Percussion loops: the actual secret weapon

This is where a programmed track earns a pulse. A live-recorded percussion loop — congas, bongos, shakers, tambourine, cabasa — sitting under your programmed drums is what separates a sample-pack loop from something that feels played.

The workflow that works:

1. Find a loop close to your BPM. Live-recorded loops beat sequenced ones every time — you want the imperfect timing.
2. High-pass aggressively at 200–300 Hz. You don’t want the loop’s low mids fighting the kick and bass.
3. Chop the loop into 4 or 8 pieces and rearrange them so you don’t hear the same bar twice.
4. Automate the filter cutoff over 4 or 8 bars so the loop opens and closes. That single move does more for perceived movement than any plugin.
5. Sidechain lightly to the kick — 1–2 dB of gain reduction, invisible on the meter but audible in the pocket.

Set the level low. Mute the loop and the groove should feel noticeably stiffer; unmute it and it shouldn’t be the loudest thing in the room. If muting it changes nothing, turn it up. If muting it collapses the track, turn it down.

Claps, ghost hits and off-beat stabs

With kick, bass, hats and percussion locked, the accents go on top. A clap on 2 and 4 is standard; the interesting version is a layered clap plus off-grid ghost hits.

Stack a short, tight clap for the transient with a longer, roomier clap for the body. High-pass the tight layer around 300 Hz to keep the attack clean, and send the roomy layer to a short plate reverb (400–700 ms decay) — send only, so the transient stays dry. You get crack and space without washing out the mix.

Then add a rimshot or ghost snare on a 16th just before or after the clap — the “e” of 2, or the “a” of 4 — at 40–50% velocity. Felt more than heard.

Stabs are where personality lives. A short filtered chord, a chopped vocal, a plucked synth blip — place them on the “a” of 2 or the “e” of 4, or in call-and-response with the bass. A slow filter automation and a 1/8 dotted delay throw on every fourth bar keeps them from becoming wallpaper.

Swing settings and micro-timing

Every DAW has a swing implementation. Ableton uses Groove Pool clips, FL uses the shuffle knob, Logic uses groove templates, Bitwig has per-clip shuffle. They all do the same underlying thing: shift certain 16th (or 8th) notes later, sometimes with a touch of velocity variation.

Rough guide for MPC-style swing percentages:

• 50% — straight, no swing
• 54% — subtle push, barely conscious but the groove opens up
• 58% — classic house shuffle, the sweet spot for most tech house
• 62% — heavy shuffle, garage/2-step territory
• 66%+ — approaching triplet feel, use with intent

Swing the hats and top-end percussion. Leave the kick and the bass on the grid — they’re the anchor. If you swing everything, the track drifts and the pocket disappears. A useful trick: swing the closed hats but keep the open hat locked to the exact off-beat, so the shuffle rides against a steady counterweight.

Beyond global swing, nudge individual hits. Move an accented clap 3–5 ticks late for a laid-back drag, or pull a percussion hit a few ticks early for urgency. These shifts are below the threshold of conscious hearing and they’re most of what makes a groove feel played.

Making 8 and 16 bars breathe

Even a great 2-bar loop dies after 16 bars if nothing changes. Structure the groove in 8- or 16-bar phrases with small, deliberate variation.

1. Bars 1–4: full groove — kick, bass, hats, clap, percussion.
2. Bars 5–6: filter the percussion loop down, or drop it entirely.
3. Bar 7: mute the clap, or drop the open hat.
4. Bar 8: fill — percussion tumble, hat build, vocal chop, snare roll.

The next 8 bars repeat the shape but change one thing — swap the hat sample, bring in a shaker, ride a filter across the bass. The listener should never quite hear the same bar twice, but the core groove never moves.

Gluing the drum bus

Route the kick, hats, claps and percussion to a single drum bus. Keep the bass out — you want independent control of its sidechain and EQ.

On that bus:

• Glue compressor: 2:1 or 4:1, medium attack (10–30 ms), auto release, targeting 1–2 dB of gain reduction on peaks. This binds the drums into a single element.
• High shelf around 10 kHz, +1 to +2 dB, for air. Skip this if your hats are already bright.
• Optional tape or console saturation, driven just enough to see the meter move. Saturation is where “expensive-sounding” drums come from — it fattens the mids and rounds the transients simultaneously.

Leave 6 dB of headroom on the bus. Tech house lives on transient impact; squash the drum bus and you kill the punch you spent hours building. Loudness is the master chain’s job.

Browse Tech House packs at Myloops →

Groove killers, diagnosed

Run this table when a groove isn’t landing. Nine times out of ten the fix is small — a couple of dB somewhere, a few percent of swing, a filter sweep — not a new kick sample.

The bottom line

A tech house groove is not built from rare plugins or expensive packs. It’s built from knowing what each element is supposed to do and giving it room to do it. The kick punches, the bass dances around the kick, the hats swing, the percussion breathes life into the whole thing. Miss one of those roles and the groove collapses.

Tight tuned kick. Hats with swing and velocity variation. A bassline on the off-beats. A filtered live percussion loop underneath. Sidechain properly, glue the drum bus lightly, vary something every 8 bars. That’s the entire recipe.

The rest is taste and time on the tools. Loop a two-bar groove for twenty minutes and adjust until you notice your head has been moving for the last five of them. That’s the only test that matters.