How to Fix Audio Clipping and Recording Distortion
Clipping produces harsh, distorted audio that cannot be recovered in post-production. Here is how to prevent it before it ruins a take.
You might be experiencing this if…
- →Your recordings sound harsh, distorted, or crunchy
- →The level meter hits the red (0 dBFS) and the audio sounds broken
- →Loud moments in recordings are distorted even at low playback volume
- →The clip indicator on your interface lights up during recording
Step-by-step fix
- 1
Reduce the gain on your audio interface
Turn the gain knob counter-clockwise until the clip indicator (red LED) stops triggering. Target a gain level where your loudest moments peak at around -6 to -10 dBFS on your recording meter — this gives headroom for unexpected loud moments without clipping. The clip indicator on Focusrite Scarlett interfaces is the halo ring around the gain knob — green is good, red means you are clipping.
- 2
Move back from the microphone
Loud voices at close proximity create extremely high sound pressure levels that clip the microphone capsule before the signal even reaches the interface. Move 4–6 inches from the mic and allow the gain knob to do the amplification — rather than positioning yourself so close that the capsule distorts.
- 3
Enable the microphone's built-in pad
Many condenser microphones have a PAD switch that reduces the output level by -10 or -20 dB. This is designed for recording loud sources (drums, guitar amps, loud singers) that would otherwise clip the mic capsule. Enable the PAD if your mic has one and clipping persists at low gain settings.
- 4
Set up proper gain staging
Gain staging means setting the correct amplification at each stage of the signal chain. Start with the interface gain knob — set it so peaks hit -18 to -12 dBFS on your meter at a typical speaking level. Leave headroom for louder moments. Never compensate for low interface gain by boosting in the DAW — this just amplifies whatever is already in the recorded signal, including noise.
Pro tip
Record a test take, listen back, check the level meter for the loudest peak, then adjust the gain knob to bring that peak to around -6 dBFS. This one-time calibration prevents clipping.
- 5
Use a limiter on the input (if available)
Some interfaces (Focusrite Scarlett 4th Gen) and USB mics (Elgato Wave:3) have a hardware limiter or Clipguard feature that prevents clipping when sudden loud sounds occur. Enable this in the interface software if available. In your DAW, a brickwall limiter plugin on the recording track set to -1 dBFS catches any peaks that slip through.
Gear that prevents this problem
If the steps above did not fully resolve the issue, the hardware below is a proven upgrade that eliminates this problem at the source.
Elgato Wave:3
Built-in Clipguard uses a secondary capsule that automatically blends in during sudden loud peaks, preventing digital clipping. Ideal for streaming where you cannot stop a take to adjust gain.
$130
⭐ 4.6
Focusrite Scarlett 2i2 (4th Gen)
The Scarlett 2i2's clip indicator and high-headroom preamp give you precise visual feedback for avoiding clipping. The 4th Gen also includes Air mode for additional headroom when recording loud sources.
$170
⭐ 4.7
🚀 All items ship free with Amazon Prime. Try free for 30 days.
Frequently asked questions
Can I fix clipped audio in post-production?
In most cases, no. Digital clipping is permanent — the waveform peaks are hard-limited and the audio information at those moments is destroyed. A de-clipper plugin can reduce the harshness of mild clipping, but severe clipping cannot be fully recovered. Prevention (correct gain staging) is the only real solution.
What level should I set my gain at to avoid clipping?
Set gain so that your loudest expected moments peak between -6 and -10 dBFS on your recording meter. For speech, aim for an average level around -18 dBFS with peaks at -6 dBFS. This leaves enough headroom for unexpected loud moments without clipping.
What is the difference between analog and digital clipping?
Analog clipping (in mic preamps, tape, tube circuits) occurs gradually and produces harmonic distortion that some engineers find musically pleasant. Digital clipping at 0 dBFS is abrupt and harsh — the waveform is hard-limited and the result sounds immediately unpleasant. Keep digital recordings well below 0 dBFS.