What LUFS for YouTube?
Updated July 2026 · by Loopin
YouTube normalizes playback to roughly −14 LUFS, so mastering far louder than that just gets turned down. Here’s the loudness and true-peak target that actually translates on the platform.
YouTube normalizes to about -14 LUFS
Like the other big platforms, YouTube applies loudness normalization: it measures each upload’s integrated loudness in LUFS and turns the playback down toward a target of around −14 LUFS. A master louder than that gets attenuated; YouTube generally only turns loud tracks down rather than boosting quiet ones.
That last detail matters: if your master is quieter than −14 LUFS, YouTube usually leaves it quiet rather than bringing it up. So the goal is to land near the target — loud enough to be competitive, not so loud it gets pulled down, and not so quiet it stays small.
The target to master to
Master to around −14 LUFS integrated with a true-peak ceiling of −1 dBTP, and your track sits right at YouTube’s sweet spot. That’s the same target that works for Spotify and Amazon, so you don’t need a separate file — one well-judged master translates across all of them, as covered in loudness targets by platform.
Apple Music aims a little lower at about −16 LUFS, but a single −14 LUFS master still translates well there because normalization only adjusts the overall level. Pick −14 as your reference, keep peaks clean, and you’re covered everywhere your audience listens.
Why louder backfires on YouTube
The temptation is to crush the master to −9 or −8 LUFS so it ‘hits hard’. But YouTube turns that straight back down to its target, so it plays no louder than a −14 master — while you’ve flattened the transients to get there. You end up with a track that’s the same volume and less punchy than if you’d left it alone.
After normalization, a dynamic master often sounds bigger than a crushed one at matched loudness because its peaks still land. Chasing the limiter is a losing trade here — see why a master sounds quiet on streaming for the same dynamic at work across platforms.
Check the true peak too
YouTube re-encodes your audio to a compressed stream, and that lossy encoding can push borderline inter-sample peaks into clipping. A −1 dBTP true-peak ceiling gives the encoder margin so cymbals and synths don’t distort on playback — the kind of grit you won’t hear in your studio but will hear on phone speakers.
Loudness and peak control are separate jobs: LUFS sets how loud you sound after normalization, while the true-peak ceiling keeps you clean through encoding. Get both right and your YouTube master stays competitive and distortion-free — more on the peak side in true peak vs sample peak.
Hit it without a meter
You don’t need metering plugins to nail YouTube’s target. Loopin’s free online mastering measures your track, targets streaming loudness around −14 LUFS, limits true peak to −1 dBTP, and lets you A/B against the original loudness-matched so you judge the tone, not just the volume.
Run your mix through, listen on a couple of systems, and trust the target over the urge to push louder. A clean master at −14 LUFS will sound full and finished once YouTube normalizes it — try it with the free mastering tool.
Frequently asked questions
What LUFS should I master to for YouTube?
Around -14 LUFS integrated, with a true-peak ceiling of -1 dBTP. YouTube normalizes playback to roughly -14 LUFS, so that target lands you at a competitive level without being turned down, and the true-peak ceiling keeps the audio clean through YouTube's encoding.
Does YouTube turn quiet tracks up?
Generally no. YouTube mostly turns loud tracks down toward its target rather than boosting quiet ones, so a master well below -14 LUFS tends to stay quiet. Aim to land near -14 LUFS so you're competitive without being attenuated.
Is the YouTube target different from Spotify's?
No, they're effectively the same — both normalize to around -14 LUFS. Apple Music aims a little lower (about -16 LUFS), but a single -14 LUFS master with a -1 dBTP ceiling translates well across YouTube, Spotify, Amazon and Apple Music.