How to Master for Spotify (−14 LUFS, −1 dBTP)

Updated August 2026 · by Loopin

Spotify normalizes playback to about −14 LUFS integrated, so a hotter master doesn’t play louder — it just gets turned down, keeping any distortion you added chasing volume. Master to roughly −14 LUFS with a −1 dBTP true-peak ceiling and prioritize dynamics over raw loudness. You can hit that target free in Loopin’s browser mastering.

How Spotify loudness normalization works

Spotify plays everything back toward a reference of −14 LUFS integrated. It applies negative gain to masters that are louder than the reference and positive gain to masters that are softer, so tracks sit at a consistent volume across a playlist.

It also leaves about 1 dB of headroom for the lossy encoding it uses on playback. That’s the reason the recommended true-peak ceiling is −1 dBTP: it keeps the encoder from clipping on inter-sample peaks.

Louder than −14 LUFS: Spotify turns it down (negative gain)
Quieter than −14 LUFS: Spotify turns it up (positive gain)
Around −14 LUFS: played back roughly as-is
Reference levels in-app: listeners can pick −19, −14, or −11 LUFS — Normal is −14

Why a louder master doesn’t win

This is the part people get wrong. Mastering hotter than −14 LUFS does not make you louder on Spotify — the platform simply applies negative gain until you’re back at the reference. What survives the turn-down is any distortion, pumping, or flattened transients you introduced while squashing the track.

So the loudness war doesn’t pay off here. Two masters of the same song — one at −14 LUFS and dynamic, one at −8 LUFS and crushed — play back at the same volume on Spotify, but the crushed one sounds worse because its damage is baked in.

A hotter master is turned down to match −14 LUFS anyway
Distortion and limiting artifacts are permanent — normalization can’t undo them
Dynamics (punchy drums, breathing vocals) read as ‘louder’ and more exciting after normalization
Chasing raw loudness trades excitement for fatigue

The target to master for

Keep it simple and platform-friendly. Integrated loudness (LUFS) is a full-song average of perceived loudness, and it’s the number Spotify measures to decide how much gain to apply — so it’s the one that matters here, not short-term peaks or RMS. These are the numbers to hit for Spotify:

Integrated loudness: about −14 LUFS
True peak: −1 dBTP ceiling (protects the lossy encode)
Priority: dynamics and clarity over maximum loudness
Delivery: a clean full-quality WAV, not a pre-crushed one

How to master for Spotify

Here’s the fastest reliable path from a finished mix to a Spotify-ready master:

Bounce your mix to WAV with headroom — peaks near −6 dB, no limiter on the mix bus.
Open Loopin’s free mastering tool and drop the file in.
Let the chain target streaming loudness (about −14 LUFS integrated) with a −1 dBTP true-peak ceiling.
A/B against your original — check that it sounds clearer and punchier, not just squashed.
Confirm the true peak sits at −1 dBTP, then download the 16-bit WAV.
Upload the WAV to your distributor and let Spotify normalize on playback.

Common mistakes

Mastering hotter than −14 LUFS to ‘be loud’ — Spotify just turns it down and keeps the distortion.
Ignoring true peak — without −1 dBTP of headroom, the lossy encoder can clip on inter-sample peaks.
Testing without normalization on — judge your master with Spotify’s normalization enabled, the way most people listen.
Delivering a pre-limited MP3 — send a clean full-quality WAV and let one lossy conversion happen on Spotify’s side.
Confusing the −14 target with a maximizer setting — it’s an integrated loudness goal, reached with balance, not brute force.

What the −19 and −11 reference levels do

Spotify’s default reference is −14 LUFS (labelled Normal in the app), but listeners can switch it. Quiet mode targets around −19 LUFS, and Loud mode targets around −11 LUFS — useful in noisy environments where more consistent, punchy loudness helps.

You don’t master differently for each of these. The reference level only changes how much gain Spotify applies on playback; it doesn’t change what you deliver. Master once to about −14 LUFS and the platform scales it for whichever mode the listener has chosen.

The one thing worth knowing: in Loud mode, Spotify may apply a limiter to softer masters it’s pushing up, to keep peaks in check. That’s another reason to hand it a clean, controlled master rather than betting on raw level.

Quiet: around −19 LUFS reference
Normal: around −14 LUFS reference (the default)
Loud: around −11 LUFS reference
You still deliver one master at about −14 LUFS — the app scales it

One master for every platform

The good news: a −14 LUFS master with a −1 dBTP ceiling is a safe universal choice. Spotify, Apple Music, YouTube and Tidal all normalize around −14 LUFS, and Amazon Music uses the same loudness with a stricter −2 dBTP peak — so a single well-balanced master travels almost everywhere without re-work.

If you want maximum loudness on a platform that doesn’t normalize, like SoundCloud, you can make a hotter version there — but for Spotify, −14 LUFS and dynamic is exactly right.

Master it free

Loopin’s online mastering targets about −14 LUFS integrated with a −1 dBTP true-peak ceiling and runs entirely in your browser — free, no signup, nothing uploaded, no watermark. Drop in your mix, A/B it against the original, and download a Spotify-ready WAV in a couple of minutes.

Frequently asked questions

What LUFS should I master for Spotify?

About −14 LUFS integrated, which matches Spotify’s Normal reference level. Pair it with a −1 dBTP true-peak ceiling. Mastering louder doesn’t make you louder on Spotify — the platform applies negative gain to bring you back to −14 LUFS.

Does a louder master sound louder on Spotify?

No. Spotify normalizes playback to about −14 LUFS, applying negative gain to louder masters and positive gain to softer ones. A hotter master just gets turned down — and any distortion you added to reach that loudness stays baked in.

What true-peak ceiling does Spotify recommend?

Keep true peak at −1 dBTP. Spotify leaves about 1 dB of headroom for lossy encoding on playback, and that ceiling prevents the encoder from clipping on inter-sample peaks.

What reference levels can Spotify listeners choose?

In-app, listeners can pick a reference of −19, −14, or −11 LUFS. Normal is −14 LUFS, so mastering to about −14 lines up with the default most people use.

Can I master for Spotify for free?

Yes. Loopin’s free browser mastering targets about −14 LUFS integrated with a −1 dBTP ceiling, runs entirely in your browser with nothing uploaded, and exports a 16-bit WAV ready for your distributor.