How to Record Electronic Drums: Audio vs MIDI, Multitrack and Drum Software

Recording is one of the best reasons to own an electronic kit. There are no microphones to place, no room sound to fight and no neighbors listening to twenty takes of the same fill. You can record a practice session to check your timing, lay down drums for a song or make a play-along video for social media, all from the same kit.

There are a few ways to do it, and the right one depends on what you want at the end. This guide explains the options, how to set each one up and how to make the result sound good. It is based on manufacturer manuals, DAW documentation and the workflows owners describe most often. If you have not connected your kit to a computer yet, start with my guide on how to connect electronic drums to a computer, which covers drivers and latency.

A simple home recording setup

Before getting into the details, here is what a typical home setup looks like. You do not need all of it on day one.

The minimum. Kit, USB cable, computer with a free DAW, and wired headphones. With USB MIDI and the DAW’s built-in drum instrument, you can record a usable drum track tonight.

The common upgrade. Add an audio interface if your module lacks USB audio, and a drum software library you like. This covers most home recordists for years.

The fuller setup. A module with multichannel USB or direct outs, a pair of studio monitors for mixing, and closed-back headphones for tracking.

Two habits matter more than gear. First, keep the kit’s trigger settings tuned, because bad triggering shows up in every recording. Second, record at a fixed sample rate (44.1 or 48 kHz) and 24-bit depth for every project, so files always match.

Signal flow in plain words

For audio, the path is pads to module to USB or outputs, then into the DAW as sound. For MIDI, it is pads to module to USB, then into the DAW as notes, then through drum software, and only then into sound. Keeping these two paths straight in your head solves most “why can I not hear anything” moments.

Three ways to record electronic drums

You can combine these. Recording MIDI and stereo audio together is a good habit, since it gives you a usable sound right away and the freedom to change it later.

Method 1: Recording stereo audio

This is the simplest option. You record the same sound you hear in your headphones as a stereo track.

Through USB audio

If your module sends audio over USB, you do not need an interface. Connect the module to your computer, choose it as the audio input in your DAW, create a stereo audio track, select the module’s USB input and record.

Many Roland, Simmons Titan and EFNote kits support this. On Roland modules, check the USB driver mode first: the TD-02, for example, only sends USB audio in vendor mode with Roland’s driver. Check your manual for the USB audio settings. Some modules let you choose whether the computer’s playback is mixed into the headphones, which is how you play along with a backing track.

Through an audio interface

If your module sends only MIDI over USB, use its main outputs. Connect the left and right outputs to two inputs on an audio interface with 1/4-inch cables. Set the interface inputs to line level, not instrument or microphone. Then record a stereo track in your DAW from those two inputs.

My guide to the best audio interfaces for electronic drums explains what features matter, including enough inputs and good drivers.

Setting levels

Hit the hardest you will play, usually loud crash and kick together, and check the input meter in your DAW. Aim for peaks around -10 to -6 dBFS, leaving room so nothing clips. Recording too hot is a common mistake with drums, because transients are sharp and short.

If the module’s master volume is used for both headphones and outputs, set it at a fixed level and adjust headphone volume separately if the module allows that.

Pros and cons

Stereo audio is fast and sounds like your kit. The downside is that the mix is fixed. If the kick is too quiet or the cymbals too loud, you have to fix it in the module and record again, or live with it.

Method 2: Recording multitrack audio

Multitrack audio records each drum or group of drums on its own track. You can then mix them like a real drum recording: compress the snare, EQ the kick, pan the toms and add reverb separately.

Multichannel USB audio

Some modules send several audio channels over USB. Two current examples with published numbers:

• Roland V51 (in the TD516): up to 32 audio channels over one USB-C cable in vendor mode, 2 channels in generic mode, per Roland’s spec page.
• EFNote 3: 8 individual USB audio outputs (ASIO on Windows) plus 2 USB inputs for playback, per Kraft Music’s spec sheet.

In the DAW, each channel appears as a separate input. Create a mono or stereo track for each.

Check the manual to see how the module assigns sounds to channels. Some let you route each pad to a specific USB channel.

Direct outputs

Other modules have separate physical outputs on the back, called direct or individual outs. The Alesis Strike Pro SE has eight 1/4-inch direct outputs plus the main pair. It is discontinued and replaced by the Strata line, so you will only find it used. The EFNote 3 has four analog outs, which lets kick and snare go out on their own, and the V51 adds two direct outs. Connect direct outs to a multi-input audio interface and record each on its own track. Eight outs need an interface with eight line inputs, which costs a lot more than a 2-input box.

When multitrack is worth it

Multitrack audio makes sense when you like the module’s sounds and want to mix them properly. If you plan to use drum software anyway, MIDI gives you even more control, and multitrack is less important.

Method 3: Recording MIDI

When you record MIDI, the DAW saves each hit: which pad, how hard and exactly when. It does not save sound. The sound comes from drum software, also called a VST or virtual instrument, loaded on the track.

Why most home recordists use MIDI

You can change the sound later. Record now, then try a dozen kits from your drum software until one fits the song.

You can fix mistakes. Move a late snare hit, delete a stray crash, change a velocity that is too loud, or copy a good chorus.

You can mix every drum separately. Drum software outputs each drum to its own track, or at least lets you mix them internally.

Drum software often sounds better. Modern drum libraries are recorded with many mics and many velocity layers, and they run on a computer with far more memory than a drum module. The same pads, playing a good library, usually sound like a much more expensive kit.

The downside is that you need a computer with enough power and a good low-latency setup, plus a bit of editing time.

Setting up a MIDI recording

1. Connect the kit by USB and enable it as a MIDI input in your DAW.
2. Create an instrument track and load drum software. GarageBand and Logic include drum kits. Free and paid plugins are covered in my best drum VST plugins guide.
3. Choose the drum map that matches your module. Most drum software has maps for Roland, Yamaha, Alesis and others.
4. Check the hi-hat. Make sure the software reads your hi-hat controller (often MIDI CC4), so open, half-open and closed sounds work.
5. Set the buffer to 128 samples or lower and check latency.
6. Turn down the module’s own sound so you only hear the software.
7. Arm the track, turn on the click and record.

Hi-hat and cymbal problems in MIDI

Hi-hats are the trickiest part. If open hi-hat notes sound closed in playback, or the hi-hat jumps between sounds, the CC4 data might not be recorded or the software’s hi-hat settings need adjusting. Check that your DAW records controller data on the track. Some DAWs have a filter that drops CC messages by default.

Cymbal chokes are sent as special notes or aftertouch messages, depending on the brand. Drum software maps usually handle them, but check if chokes do not work.

Recording MIDI and audio together

A simple, reliable workflow is to record both on every take.

1. Create a stereo audio track for the module’s sound.
2. Create a MIDI track with drum software, but leave it muted or quiet.
3. Arm both and record.

Now you have a backup of the actual performance with the module’s sound, plus MIDI to replace or improve the sound later. If the drum software crashes or your mapping is wrong, the audio is still there.

Using a click and backing tracks

The click

Use your DAW’s metronome rather than the module’s metronome when recording. The DAW click lines up with the project tempo, so your recording matches the grid. That makes editing and quantizing easier.

Make sure the click goes to your headphones and not into the recording. If you monitor through the module, the module’s metronome sound may be recorded with the drums. Turn it off when recording.

Backing tracks

To play along with a song, import it into your DAW and set the project tempo to match. Then route the DAW output to your headphones. If your module has USB audio, many let you hear computer playback mixed with drums in the module’s headphones.

Avoid Bluetooth audio for backing tracks while recording. It adds delay, and your playing will sit behind the beat.

Editing MIDI drums

Editing is where MIDI recording pays off. A few common edits:

Quantize carefully. Quantizing snaps notes to the grid. Full quantize makes drums sound robotic. Use a strength setting of 50 to 80 percent, or quantize only the kick and snare and leave hi-hats natural.

Fix velocities. Electronic pads sometimes give a very loud hit by accident, or hot spots near the rim. Edit velocities in the piano roll or velocity lane.

Delete false triggers. Crosstalk and double triggers show up as extra notes. Delete them. If they appear often, adjust trigger settings in the module. My setup guide explains crosstalk and retrigger settings.

Comp the best takes. Record several takes and combine the best parts. Most DAWs make this easy with take lanes.

Check the hi-hat lane. Look at the controller lane for the hi-hat to make sure open and closed sections look right.

Mixing tips

You do not need studio experience to get good results. These steps help both audio and MIDI recordings.

• Start with levels. Balance kick and snare first, then hi-hat, toms and cymbals. Drums sit under vocals and guitars in most mixes, not on top.
• Use the room sound lightly. Drum software room mics add realism, but too much makes the kit sound far away.
• Compress gently. A little compression on the snare and kick adds punch. Heavy compression can make e-drum recordings sound flat.
• EQ the cymbals. Cut some harsh high mids if cymbals sound sharp. Sampled cymbals can be bright.
• Pan from one view. Choose drummer’s view or audience view and pan everything consistently.
• Check on headphones and speakers. Drums recorded on headphones can sound different on speakers.

If you record module audio in stereo, you can still apply EQ and compression to the whole kit track.

Recording video for social media

Many drummers record play-along videos. You need good audio and video in sync.

Simple approach. Record audio on your computer and video on your phone at the same time. Clap once or hit a crash at the start. In your video editor, line up the clap or crash in both, then replace the phone’s audio with the computer recording.

Direct to phone. Some class-compliant modules can connect directly to a phone with the right cable and record audio into a recording app that accepts USB audio input. Support varies by phone and app, so test before an important take.

Lighting and framing. Put the camera where the kick foot and hands are both visible. Daylight or a soft lamp is better than a bright overhead light.

Saving, exporting and sharing your drums

Once a take is done, a few steps keep it usable for the future.

Name tracks and takes. “Take 7” means nothing in six months. Name by song section and date.

Save the MIDI. Even when you mix audio, keep the MIDI track in the project or export it as a MIDI file. You can open it in any DAW later.

Render stems. If you send drums to a bandmate or producer, export each drum (or group) as its own audio file, all starting at the same point. Most DAWs have a stem export or “bounce tracks” option. Include the tempo in the file name.

Back up. Keep project files on a second drive or cloud folder. Drum software projects also depend on the plugin being installed, so render an audio version in case the plugin is unavailable later.

Keep a reference mix. A simple stereo mix of the drums alone is handy for checking timing and for sharing practice progress with a teacher.

Common recording problems

Choosing a kit for recording

If you are buying a kit with recording in mind, look for USB audio (multichannel if you want to mix module sounds), good hi-hat control over MIDI and reliable triggering. Any kit with USB MIDI can record MIDI, so even a beginner kit can sound good through drum software. I compare models in best electronic drum kits for recording.

Bottom line

Record stereo audio for quick results, multitrack audio for mixing your module’s sounds, and MIDI when you want full control. Recording audio and MIDI together gives you a safety net. Use the DAW click, keep the buffer low, check your hi-hat data and edit lightly. With those habits, a home e-kit can produce recordings that hold up next to a studio drum track.