How Many LUFS for Spotify?

Updated August 2026 · by Loopin

Master your track to about −14 LUFS integrated with a true-peak ceiling of −1 dBTP. Spotify normalizes playback to −14 LUFS on its default setting, so a louder master just gets turned down — keeping any distortion you added chasing volume. Hit the target instead of over it, and Loopin’s free in-browser masterer lands there automatically.

The short answer

Spotify normalizes tracks to −14 LUFS integrated on its default (Normal) loudness setting. So the practical target for a Spotify master is about −14 LUFS, with a recommended true peak of −1 dBTP.

The key insight: making your master louder than −14 LUFS doesn’t make it louder on Spotify. The platform simply turns it back down to match everything else — but any distortion or pumping you added while pushing for volume stays in the file. You get the downsides of loudness with none of the payoff.

Target about −14 LUFS integrated.
Set a true-peak ceiling of −1 dBTP.
Louder than −14 just gets turned down on playback.

How Spotify’s loudness normalization works

Spotify measures the integrated loudness of every track and adjusts playback so songs sit at a consistent level — no one track blasts the listener while the next whispers. On the default Normal setting, that reference is −14 LUFS.

Listeners can change the setting. Quiet targets around −19 LUFS and Loud around −11 LUFS, but the vast majority leave it on Normal. Because normalization is applied at playback, the level you master to is only a starting point — Spotify gets the final say on how loud your track actually plays.

Normal (default) — about −14 LUFS.
Quiet — about −19 LUFS.
Loud — about −11 LUFS.
Most listeners never leave Normal.

Why louder doesn’t win on Spotify

In the old loudness war, mastering hotter made you stand out because nothing was normalized — the loudest track was literally the loudest. On a normalized platform, that advantage disappears.

If you master to −8 LUFS to be “competitive,” Spotify turns it down roughly 6 dB to hit −14. Your track now plays at the same level as a −14 LUFS master — but you’ve traded away dynamics and possibly introduced distortion to get there. The dynamic, cleanly-mastered track and the crushed one play at the same volume, and the dynamic one sounds better.

Why the true peak is −1 dBTP

Spotify recommends a true-peak maximum of −1 dBTP, and it leaves that 1 dB of headroom on purpose. When your WAV is transcoded to a lossy format for streaming, the encoding process can create intersample peaks that rise above your original sample peaks.

If you ceiling at 0 dBTP, those encoding peaks can clip and add crackle on playback. Capping at −1 dBTP gives the encoder room so the lossy version stays clean. It’s a small margin that prevents a real, audible problem.

Lossy encoding can push peaks above your sample peaks.
A −1 dBTP ceiling leaves room for that.
Ceiling at 0 dBTP risks clipping after encoding.

So what should you actually master to?

Master to about −14 LUFS integrated with a −1 dBTP ceiling and you’re aligned with Spotify’s Normal setting. That gives you a track that plays at full, competitive volume without being turned down, and stays clean after lossy encoding.

This same target works across most streaming services, so you don’t need a separate Spotify master. Focus on hitting −14 cleanly — with dynamics intact — rather than pushing past it. A good master at −14 LUFS beats a squashed one every time on a normalized platform.

One nuance worth knowing: integrated LUFS is measured across the whole track, so a song with big dynamic swings — a quiet intro, a loud chorus — can average out to −14 while still feeling punchy. You don’t need every second at −14; you need the whole-track average there. That’s exactly what integrated measurement captures, and it’s why chasing a moment-to-moment loudness meter is the wrong instinct.

Check your loudness before you upload

Because Spotify decides playback level from your integrated LUFS, it’s worth confirming where your master actually lands before you send it to a distributor. A LUFS meter (or a masterer that targets and reports the level for you) tells you the integrated value and the true peak in one pass.

If your master reads well above −14 LUFS — say −9 or −8 — you’ll know it’ll be turned down, so there’s no benefit to the extra squash. If it reads much quieter than −14, Spotify won’t turn it up on the Normal setting, so you’re leaving loudness on the table. Landing near −14 with peaks under −1 dBTP is the sweet spot.

Read the integrated LUFS across the whole track, not a moment.
Check the true peak stays under −1 dBTP.
Aim to land near −14 rather than well above or below it.

Step by step: master for Spotify

Here’s how to land on Spotify’s target without guessing.

Bounce your finished mix as a 24-bit WAV with headroom — peaks around −6 dB, no mix-bus limiter.
Open Loopin Mastering and drop the file in — no signup, nothing uploaded.
Pick a feel and A/B Original vs Mastered.
The chain targets about −14 LUFS integrated with a −1 dBTP true-peak ceiling — Spotify-ready.
Download the mastered WAV and upload it to your distributor.
Trust the target — don’t push louder, since Spotify would only turn it back down.

The takeaway

For Spotify, aim for about −14 LUFS integrated with a −1 dBTP ceiling. That matches the default normalization, plays at full volume, and survives lossy encoding cleanly.

Chasing a hotter number doesn’t help — it gets turned down and keeps the damage. Master to the target, keep your dynamics, and let normalization do its job.

Frequently asked questions

How many LUFS should I master to for Spotify?

About −14 LUFS integrated with a −1 dBTP true-peak ceiling. Spotify normalizes to −14 LUFS on its default Normal setting, so that’s the level your track will effectively play at — matching it means full, competitive volume without being turned down.

What happens if my master is louder than −14 LUFS?

Spotify turns it down to −14 LUFS on the Normal setting. You don’t gain any loudness, but any distortion or lost dynamics from pushing hot stay baked into the file. Louder mastering simply doesn’t win on a normalized platform.

Does Spotify have different loudness settings?

Yes. Normal (the default) targets about −14 LUFS, Quiet about −19 LUFS, and Loud about −11 LUFS. Most listeners leave it on Normal, so −14 LUFS is the sensible target to master toward.

Why does Spotify recommend −1 dBTP?

It leaves 1 dB of headroom for lossy encoding. Transcoding your WAV to a streaming format can create intersample peaks above your sample peaks, and a −1 dBTP ceiling stops those from clipping and adding crackle on playback.

Do I need a different master for Spotify than other platforms?

No. A master at about −14 LUFS with a −1 dBTP ceiling works well across Spotify and most other streaming services, so a single streaming-ready master covers you.