In the latest Beat Dissected, we look at how detailed programming and hit placement can deliver a live-sounding hi-hat groove

Beat Dissected is a regular series in which we deconstruct drum patterns, showing you how to program them in any DAW. Just copy our grid in your own software to recreate the loop.

Here’s the beat we’re building today:



115-125 bpm


manual unquantised


Boss DR202

Step 1

The easiest way of getting a live sounding hi-hat pattern is to use real hi-hat samples sourced from the same drum kit. But that’s too easy for us. We’re setting ourselves a challenge of using samples sourced from a drum machine, specifically the budget Boss DR-220.

Because the DR-220 only includes an open and closed hi-hat, we’ve done a few edits to the envelopes to expand the available sound palette and help them fit the planned groove better. After these envelope tweaks we’re left with an open hat (the DR-220 open hat sample), a closed hat (the DR-220 open hat sample tightened up and with a much reduced tail) and a mid/pedal-style hat (the DR-220 closed hat sample).

Step 2

The edited hi-hats are pulled into a Drum Rack and programmed into a simple disco pattern (from top to bottom the grid shows open, mid and closed hats), with mid hits on the off beat in classic disco style. A couple of closed hat 16ths add momentum to the pattern and an open hat pulls the groove into the turnaround. It’s an OK start but it feels stiff and lifeless.

Step 2

Step 3

Velocity changes help give the mid hats a more organic feel (darker shading indicates higher velocities). We’ve also nudged some of the hi-hats subtly off the grid to give the pattern extra liveliness.

Step 3

Step 4

The groove is starting to take shape. To add further life to the pattern we’re going to automate the attack time of the closed and mid hats. To do so we set up two automation lanes, one for each sample, and then change the attack of every hit by small but subtly different amounts. Doing so means no two hits are the same. It’s small tweaks like this that add the human factor and transform a straight-laced rhythm into a living groove.

Hat 1_Show Automation

Hat 1_Automation For Attack

Drum Rack_attack automation

Step 5

To get a hi-hat groove sounding as close to a real-life hi-hat as possible we need to understand how the cymbals work.

A hi-hat can play a range of sounds depending on whether it is struck by a drum stick or closed with the pedal, and whether the two hats are open or closed. This is why the General MIDI standard offers a closed, open and a mid or ‘pedal’ option.

Because in real life the hi-hat can’t be open and closed at the same time, a realistic programmed groove shouldn’t place any more than one hi-hat sample on the same measure.

Finally, there should be a way of cutting off the open hat whenever the cymbals are closed, reflecting the action of the drummer placing their foot on the pedal.

The latter two behaviours can be modelled in most samplers by using mute or choke groups. These are monophonic groups which favour the most recent sound – effectively muting or ‘choking’ existing sounds when a new one in the group comes along.

To create a choke group in Ableton’s Drum Rack, show the Chain List and assign all three hats to the same choke. Now the open hi-hat can be choked by both the closed and mid hat (and vice versa, if you program very fast patterns), reflecting the mechanics of a real drum kit.

Drum Rack_Chain List Button

Drum Rack_Expanded_chain list

Step 6

Hi-hats rarely need much in the way of effects. Because we’re looking to recreate a live groove we’ve added a touch of room reverb to mimic the sound of a drum kit played in a live room, alongside a halo of hall reverb to add a dash of depth. The reverbs are both taken from Live’s presets.

FabFilter’s Pro Q2 is used to roll away unnecessary low end – though don’t cut too low or you’ll lose some of the body. We’ve also tamed a bell of harshness in the 2–6 kHz region – an inherent characteristic of many classic drum machine hits.

Finally, we’ve added a light dusting of vinyl noise for an old-school vibe. Ableton also has a vinyl distortion plugin that would do the job.

BD_Live Hats_Step 6_EQ BD_Live Hats_Step 6_plugins

Step 7

Here we’ve layered a guitar loop over our hi-hat pattern to show how it might work in the context of an old-school style disco production. The groove is sounding pretty good now – and fits nicely with the live guitar.

BD_Live Hats_Step 7_guitar

28th April, 2015

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