How Loud Should My Master Be for Streaming?

Short answer: master to around −14 LUFS integrated with a −1.0 dBTP true-peak ceiling. Here is why that number wins on every platform.

The loudness war is over, and normalization won. Every major streaming service now adjusts playback so all songs sit at a similar loudness. That changes the goal of mastering: you are no longer chasing maximum loudness, you are mastering to a target.

The target: −14 LUFS, −1.0 dBTP

Master your integrated loudness to about −14 LUFS and cap your true peak at −1.0 dBTP. At this level your song arrives at full intended impact on Spotify, YouTube and TIDAL without being turned down, and the true-peak ceiling prevents the inter-sample distortion that ruins a master on lossy playback.

Why louder is not better anymore

If you master to −9 LUFS to sound "loud," Spotify simply attenuates your track back down to its reference — but you have already crushed your dynamics to get there. The result is a song that is the same volume as everyone else but flatter and more fatiguing. Mastering to −14 keeps your punch and your loudness.

Platform-by-platform

• Spotify — ~−14 LUFS (Loud setting higher, but −14 is the safe master target)
• Apple Music — ~−16 LUFS via Sound Check
• YouTube / YouTube Music — ~−14 LUFS
• TIDAL — ~−14 LUFS
• Amazon Music — ~−14 LUFS

Mastering one file to −14 LUFS / −1 dBTP is the sweet spot that satisfies all of them. For the underlying measurement, read what is LUFS.

How to hit it without guesswork

A proper mastering chain measures loudness with a BS.1770 meter, then a true-peak limiter brings the level up to target while holding the ceiling. HALOSOUNDS does this automatically and shows you the verified numbers before you download. See how to master a song online.

Loudness is a target, not a race

For years the "loudness war" pushed masters louder and louder, crushing dynamics to stand out on the radio and on CD. Streaming normalization ended that race: because every platform turns loud tracks down to a shared reference, there is no longer any reward for over-compressing. The winning strategy today is a clean, controlled master that hits the streaming target while keeping its punch, transients and depth intact.

Frequently asked questions

What LUFS should I master to for Spotify?

Spotify normalizes to around −14 LUFS integrated, so mastering to −14 LUFS with a −1.0 dBTP ceiling means your track plays at full intended loudness without being turned down. If you master much louder than −14, Spotify simply attenuates it on playback, and you lose dynamics for no added volume.

Is −14 LUFS too quiet?

No — −14 LUFS is a target for how the platform plays your track back, not how loud it can ever be. Because every major service normalizes toward a similar level, a clean −14 LUFS master competes on equal footing with commercial releases. Pushing far past it only trades dynamic range for distortion once normalization is applied.

What is true peak and why −1 dBTP?

True peak measures the real analog peak your signal reconstructs to after digital-to-analog conversion and lossy encoding, which can be higher than the sample peaks you see in a DAW. A −1.0 dBTP ceiling leaves enough headroom that MP3/AAC encoding and streaming transcodes do not push the signal past 0 and cause clipping.

Should different genres be mastered to different loudness?

Yes. Dense, bass-forward genres like hip-hop, pop and EDM can sit closer to −9 to −11 LUFS and still feel clean, while dynamic material like acoustic, jazz and orchestral music should keep more headroom nearer −14 to −16 LUFS. Loudness should follow the music, not a single fixed number.

Does mastering louder make my song sound better?

Only up to a point. A well-controlled increase in loudness adds impact, but past the point where the limiter is working hard, you get pumping, distortion and a flat, fatiguing sound. The goal is competitive loudness that still breathes — density from good gain-staging, not from crushing the limiter.

How do streaming platforms measure loudness?

They use integrated LUFS defined by the ITU-R BS.1770 standard, which applies K-weighting to approximate how human hearing perceives loudness across the frequency range. Because they all use the same measurement family, hitting −14 LUFS integrated gives you predictable playback everywhere.