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Remove Room Reverb
Pull the room out of a recording. AI de-reverb suppresses the wash of hall, plate and room ambience to recover a dry, up-close signal that is cleaner to mix, and easier to separate into stems.
Take the room out of the recording.
Upload an echoey take and the de-reverb model suppresses the reflected tail, leaving the direct sound close, tight and ready to mix or separate.
Upload audio & remove reverbStep by step
- Upload the audio
MP3, WAV, M4A or OGG. Detail in the source helps rebuild the dry signal.
- Run de-reverb
The model suppresses the reverberant tail and keeps the direct sound.
- Compare, then export
A/B dry against wet, then download WAV or carry on to stem separation.
What removing reverb actually means
Reverb is not a layer sitting on top of a recording; it is the recording, delayed and reflected. When a voice sounds in a room, thousands of copies of it bounce off the walls and arrive at the microphone microseconds to seconds later, each a little quieter and duller. What reaches the mic is the dry sound convolved with the room. Removing reverb means running that convolution backwards to estimate the original dry signal, which is why it is a genuinely hard inverse problem rather than a simple EQ move.
The de-reverb model has been trained on pairs of dry and reverberant audio, so it has learned to recognise the smeared, decaying energy that reverberation adds and to subtract it while preserving the direct sound. The result is a signal that feels closer and tighter, with the tail of each note pulled in.
There is a second, practical reason to do this before anything else. Reverb bleeds a vocal's energy across time and into the frequency bands where drums, piano and guitar live, exactly the boundaries a separation model depends on. Drying the audio first sharpens those boundaries, so de-reverb is often the best first step before splitting a song into stems.
When de-reverb earns its keep
- Salvaging a wet vocal: recover a usable dry take from a recording made in a live room.
- Cleaner stem separation: dry the source first so stem splitting produces sharper stems with less crosstalk.
- Re-reverbing to taste: get back to dry, then apply a controlled reverb that fits your mix.
- Transcription prep: a dry, close signal is easier to pitch-track for MIDI or notation.
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Frequently asked questions
Can reverb ever be fully removed?
Not completely. Reverb is the original sound smeared across time, so removing it means estimating what the dry signal was. The tool suppresses the tail convincingly, but very long or very loud reverbs leave subtle traces.
Why does de-reverb help stem separation?
Reverb spreads a vocal's energy across time and into the frequency ranges of other instruments, blurring the boundaries the separation model relies on. Drying the signal first gives cleaner, better-defined stems.
Does it work on a full mix or only a single instrument?
It works on both, but results are strongest on an isolated part. A dry vocal is easier to recover than a whole mix where every instrument carries its own reverb, so separating first and de-reverbing the stem often works best.
Will it make the recording sound thin?
Some perceived body in a recording is reverb, so a fully dry signal can feel closer and smaller. That is expected: you can add a controlled reverb back afterwards, which is far easier than removing an unwanted one.