How to Export a WAV for Mastering: Simple DAW Checklist (2026)

How to export a WAV for mastering: bypass the limiter and everything else on your master bus, set your highest peak to roughly -6 dBFS, then render a single stereo WAV at your session’s native sample rate (44.1 or 48 kHz) in 24-bit, with dithering off. Ten minutes of prep separates a mix an engineer can work with from one they have to repair first.

Most export problems aren’t technical. They’re the same four mistakes every time: the limiter is still on, the peaks are slamming 0 dBFS, the file is 16-bit at the wrong rate, or you only exported the loop instead of the song. None of those ruin your mix permanently, but they cost you a revision round and sometimes a fee.

Here’s the whole process before we go DAW by DAW.

1. Bypass or switch off every master-bus effect, especially the limiter.
2. Pull your fader or master gain down so the loudest peak sits near -6 dBFS.
3. Set your loop markers or export range to the full track, start to end.
4. Export a stereo WAV, 24-bit, at the same sample rate as the project, dithering off.
5. Name it clearly and check the finished file in a blank session before you send it.

If your DAW has a normalize or “limit” checkbox in the export dialog, leave it unticked. That’s the setting people trust by accident, and it quietly puts a ceiling on your file.

What You Need Before You Export a WAV for Mastering

You need four things ready, and none of them are software. Get these straight and the actual export takes under a minute.

A finished arrangement. Not a rough sketch. If you still plan to move a chorus or swap a snare sample, export later. Exporting twice costs you nothing except time, and engineers charge by the round.

A known export range. Set your start and end markers once and use them for every version you send: main mix, instrumental, acapella. Producers on r/edmproduction and r/AdvancedProduction keep saying the same thing about these threads — mismatched ranges are the reason an instrumental starts a bar late.

A silent master bus. Limiter off, bus compressor off, saturation off. More on which ones matter below.

The mastering engineer’s requested format. Ask first. Every engineer has a default, and sending 44.1 kHz to someone who works at 96 kHz means a resample they did not ask for. If they say “no preference,” use the settings at the end of Step 4.

One more thing worth doing: decide whether the song is mastered as a stereo mix or as stems. That choice changes nothing about your export settings, but it does change what you send. A Gearspace thread that came up in my research raised the offline-versus-realtime print question too — I’ll come back to that in Step 5, since it affects whether your plugins behave the same on export as they do in playback.

Step-by-Step: How to Export a WAV for Mastering in Any DAW

Step 1: Prepare the session for a mastering export

Play the track from top to bottom once, without touching anything. Listen for anything that changes between passes: a filter sweep that opens, a delay throw that fills in, a fade that hasn’t landed yet.

Check your arrangement length against the file you’re about to print. Most DAWs will happily export exactly what your markers say, including three seconds of silence at the front if that’s where they sit. Move your markers to the first sample you want heard and to the tail of the last reverb decay.

Decide now whether this is the version with everything on, or a different mix. Sending your artist the mix you actually approved is worth more than exporting a technically flawless file of the wrong song.

Step 2: Disable limiting, clipping, and master-bus processing

This is the step that changes the result most, and it’s the one people skip. A limiter before mastering means the engineer can’t apply their own. You’ve already decided how loud the track is, how transients behave, and how much compression glue sits on top — without hearing the track in context.

Bypass everything on the master output: the limiter, bus compression, tape saturation, stereo widening, that maximizer plugin. Not mute — bypass, so you keep the routing and any gain compensation intact while you check levels.

Leave regular mix processing alone. Individual track compression, EQ, and reverb all stay. The line is bus processing, not mixing.

One exception worth knowing: if your master bus has gentle bus compression you’ve genuinely committed to, send a version with it on as a separate reference file rather than replacing your main mix. That way the engineer hears your intent and still has a clean source to work from. It’s a small habit that saves an argument later.

Now look at your peak meter with everything on the bus bypassed. If the loudest peak is sitting above about -3 dBFS, pull it down. If it’s down at -20, you can leave it — engineers work with quiet files fine, and turning it up only adds risk.

Step 3: Set the export location and file name

Create a folder for this song before you export, something like ArtistName/TrackName/Mix_v1/. Drop the future master, notes, and reference files in there too. Nobody has ever regretted a boring folder structure.

Name the file the same way every time: ArtistName_TrackName_Mix_v1.wav. Bump to v2 for the revision, not v2-final-real.wav. When a mastering engineer emails asking which file is current, the answer should take them two seconds, not ten minutes.

Spaces, accents and emoji cause problems in some engines’ file handling. Underscores and plain ASCII never do.

Step 4: Choose WAV, 24-bit, and 44.1 or 48 kHz

Here are the defaults. If the engineer didn’t give you specifics, send this.

• Format: WAV (or AIFF if they ask for it). Never MP3, never a lossy format — the artefacts are baked in before the engineer touches it.
• Bit depth: 24-bit. 16-bit quantises to roughly 96 dB of range, which is audible on a good mix. 32-bit float gives you 24 bits of real resolution plus headroom for anything that clips, and most engineers accept it happily now.
• Sample rate: whatever your session runs at. If the project is 48 kHz, export 48 kHz. If it’s 44.1, export 44.1. Don’t upsample for mastering unless the engineer asks.
• Channels: one interleaved stereo file.
• Dither: off, unless you’re exporting to 16-bit, which you shouldn’t be.
• Peak target: about -6 dBFS.

On headroom, the honest answer is that the number matters less than people argue. What the engineer needs is a file with peaks below full scale, so they have room to work. -6 dBFS is the community default because it’s safe. -4 works. -3 works if nothing clips. A quiet -12 file is fine too.

What doesn’t work is 0 dBFS with a flat-topped waveform. That’s clipping, and clipped information can’t be recovered. Turn your limiter off and check the waveform shape, not just the number on the meter.

Step 5: How to export a WAV for mastering in Ableton, FL Studio, Logic, Cubase, Studio One, Bitwig, and Reason

Menu paths move between versions, so check the naming in the DAW you actually own. The logic underneath is identical every time: render from the arrangement range to a stereo WAV.

Ableton Live. File > Export > Audio/Video. Pick “Render” on the left. Set Mode to Interleaved, Sample Rate to your session rate, and Bit Depth to 24 bit. Leave “Normalize” off and dithering at None. In the dialog’s Output section, choose Render > Entire Song, or Master Track so you print the post-fader master bus rather than the raw arrangement output.

FL Studio. File > Export > Wave file. Set the selection in the Playlist first, then choose “Full Song” or “Selected regions.” Format to WAV, sample rate “Mix rate,” bit depth 24 bit stereo. FL Studio’s “WAV Options” dialog has a Normalize checkbox — leave it off.

Logic Pro. File > Bounce > Bounce to Master File (or “Export Song to Master File” on newer versions). Under File Format pick WAV, Audio Interleaved or Audio Non-Interleaved both work; interleaved is the safer default. Sample rate matching the project, 24-bit, Normalize unchecked, dither off.

Cubase. File > Export > Audio Mixdown. In the export panel, set File Format to WAV and Bit Depth to 24 bit. Set the Sample Rate field to use the project rate. In the Audio Mixer, select your Stereo Out or Master bus, and check “Selected Tracks Only” if you’ve highlighted just that bus. Cubase offers dither options in this dialog — leave them at None.

Studio One. File > Export Audio Mixdown, or use “Mixdown” in the Transport. Select the Master output, set File Type to WAV Audio, Bit Depth 24, Sample Rate matching the session. Under the Dithering section, select No Dithering.

Bitwig Studio. Use the Export panel in the top left, or File > Export Audio File. Choose the mode to render, set Format to WAV, and pick 24-bit at your project rate. If you’re using Track or Export mode, the Export mode module keeps the processing chain intact so the export matches playback exactly.

Reason. Select your mixer and go to File > Export Song, which exports the arrangement as one file. In the dialog choose Manual Mode so you can set 24-bit and your session sample rate, and make sure Master Enable is on so the master bus is included in the render.

One nuance from the Gearspace discussion worth repeating: many engineers print the mix back into the session in realtime and listen to it, because that’s how they catch glitches and plugin oddities that an offline bounce can hide. It’s not required. But if your export comes back and something sounds wrong that didn’t sound wrong in the session, a realtime print is the first diagnostic I’d run.

Step 6: Check the WAV before sending it

Open the finished file in a fresh, empty session on a new track. Not your project — a blank one. This is the check that catches almost everything, and it takes 30 seconds.

Listen for the obvious three: does it start where you expect, does it end with the reverb tail intact, and is it in stereo rather than a mono file with duplicated channels?

Pull up a waveform view. Peaks should sit below full scale with visible variation between them. If the tops look sliced flat across the whole track, you exported through a limiter and need to go back to Step 2. If the file is suspiciously quiet and perfectly flat, check you didn’t print a bus with nothing on it.

Compare the duration against your project timeline. A file that runs several seconds longer than the arrangement usually means silence padding got exported; a shorter one means your markers clipped the ending.

Finally, check the file properties: format WAV, bit depth 24, sample rate matching your session. Right click the file and open its properties, or drop it on any meter that reads file info. It’s the last line of defence against a 16-bit file sneaking through.

Common mistakes that ruin the file

Exporting through a limiter. The single most common one. Turn it off.

Using MP3. There’s no version of this that works. The lossy encoding is permanent.

Wrong bit depth or a resampled rate. 16-bit and upsampled files lose something irreversible. Match the project.

Exporting a loop instead of the song. If you dragged markers around during writing, check the duration before sending.

Leaving automation or track states in place. A muted soloed fader or a filter sweep frozen at its peak level quietly ruins the print.

Inconsistent naming. v1, final, final2, mix_new. Pick one scheme and stick to it.

Sending clipped peaks. Check the waveform, not the meter. A flat top is clipped even if the number looks acceptable.

And one people forget: sending only the main mix when the artist will later need an instrumental, a TV mix, or a clean vocal. Exporting the alternates at the same time, from the same markers, costs you five minutes. Recreating them two weeks later when something has changed is painful. Common forum advice, and correct.

Frequently Asked Questions

Start with the limiter. Bypass it, check that your peaks sit around -6 dBFS with a waveform that isn’t flat-topped, then export a 24-bit stereo WAV at your session’s sample rate with dithering off. Everything else on this page is detail around those three decisions. Check the finished file in a blank session, name it properly, and send it.