Spotify LUFS Target: What -14 LUFS Actually Means
Spotify's default normalization plays every track at -14 LUFS integrated, measured to ITU-R BS.1770. Spotify turns louder masters down and only lifts quieter ones if the true peak stays under -1 dBFS. A master louder than -14 LUFS plays back at the same level as a more dynamic one. The only thing that survives is whatever you did to the dynamics.
Almost everyone masters louder than -14 LUFS thinking it'll come across as bigger on Spotify. It won't. Spotify normalizes playback, so your loud master gets turned down to the same level as a more dynamic one, and the only thing that survives the trip is whatever you did to the dynamics on the way up.
This page is about that one number, -14 LUFS, and what it actually changes about how you master. The wider picture (Apple's -16, true peak ceilings, file specs) lives in the mastering for streaming pillar and the sibling guides. Here I'm staying on Spotify's target and what it means at the limiter.
Spotify Normal preset target (default)
Loud preset target
Quiet preset target
True peak ceiling Spotify recommends
Key takeaways
- Spotify's Normal preset normalizes to -14 LUFS integrated, measured per ITU-R BS.1770 across the whole track.
- Listeners can switch presets: Loud is -11 LUFS, Normal (default) is -14, Quiet is -19. You don't control which one they pick.
- Spotify both turns down and turns up, but it only boosts a quiet master as far as the true peak allows. A -20 LUFS track peaking at -5 dBFS only gets lifted to -16, not all the way to -14.
- Normalization is playback-only and runs in the app. The web player and some Connect devices may not apply it.
- A more dynamic master (around -16 to -18 LUFS) often sounds punchier once Spotify normalizes it up, because the transients were never crushed.
- There's no loudness prize for going past -14 LUFS. Keep true peak under -1 dBTP, or under -2 dBTP if you do master louder.
What does -14 LUFS actually mean on Spotify?
LUFS stands for Loudness Units relative to Full Scale. It's a perceptual loudness measurement, not a peak reading. It's weighted to roughly track how loud something feels to your ears, which is why a bass-heavy track and a bright track can hit the same sample peak but read at different LUFS. The -14 figure is Spotify's integrated target, meaning it's the loudness averaged across your entire track, measured to the ITU-R BS.1770 standard.
So when Spotify says -14 LUFS, it's telling you the level it's going to play your track at, no matter what you hand it. Spotify analyzes the master you upload, stores a loudness value as metadata, and applies a gain offset in the app at playback. Your audio file isn't re-encoded or changed. The volume adjustment happens on the listener's device.
Integrated, not peak
-14 LUFS is the loudness of the whole song averaged together, not the loudest moment. A track can have loud choruses and quiet verses and still land at -14 integrated. Your limiter's ceiling is a separate setting from your integrated loudness, and the true peak guide covers that side.
-14 LUFS is the default, but listeners can change it
Spotify gives listeners three normalization presets, and -14 LUFS is just the default one. The full set is Loud at -11 LUFS, Normal at -14, and Quiet at -19. Most people never open that setting, so Normal at -14 is what the large majority hears. You're mastering for a target you don't fully control, and Spotify doesn't publish how many users are on each preset.
At the Loud setting Spotify also runs a limiter on the output, with a fast attack and a short release, engaging near -1 dB. That's Spotify protecting its own playback from clipping when it pushes quieter tracks up. It's not something you set. You're delivering one master and it has to behave across all three presets.
| Preset | Plays back at | |
|---|---|---|
| Loud | -11 LUFS | Adds a playback limiter near -1 dB |
| Normal (default) | -14 LUFS | What most listeners hear |
| Quiet | -19 LUFS | For noisy or low-volume environments |
How Spotify turns tracks up and down
Spotify is one of the few platforms that applies gain in both directions. If your master is louder than -14 LUFS, Spotify turns it down to -14. Simple. If your master is quieter than -14, Spotify can turn it up, but only so far. It won't push the gain past the point where your true peak would cross -1 dBFS, because that would clip.
Spotify's own documentation gives the example: a track sitting at -20 LUFS with a true peak of -5 dBFS only gets lifted to -16 LUFS. That's 4 dB of gain, the maximum Spotify can add before the -5 dBFS peak would hit the -1 dBFS ceiling. It stops there. Your track plays back quieter than -14 and there's nothing the listener can do about it. So if you deliver a quiet master with peaks jammed near the top, you've capped how loud Spotify will let it get.
Leave true peak headroom on quiet masters
If you're mastering on the dynamic side, keep your true peaks well under the ceiling so Spotify has room to bring you up to -14. Peaks crowded near 0 dBFS on a quiet master lock you below the target.
Why mastering past -14 LUFS buys you nothing
Because every track gets leveled to the same target at playback, a brick-walled master at -8 LUFS and a breathing master at -16 LUFS both arrive at the listener at -14 LUFS on the Normal preset. The loud one doesn't win. Spotify just turned it down. The only thing that carries over from your loud master is the damage: the squashed transients, the reduced dynamic range, the pumping you added to get there.
Flip that around and it's good news for anyone who cares about how a record sounds. A more dynamic master, somewhere around -16 to -18 LUFS, often sounds punchier once Spotify normalizes it up to -14, because your transients were never crushed in the first place. The kick still hits. The snare still cracks. You kept the contrast that loudness-war mastering throws away, and normalization hands you the level for free. That's the whole argument behind mastering for streaming as a discipline: master to sound good at the normalized level, not to win a loudness fight that doesn't exist anymore.
A loud master and a dynamic master both reach the listener at -14. The only difference that survives is the dynamics you kept or killed.
Where -14 LUFS normalization does and doesn't apply
Normalization is a playback feature in the Spotify app. It's not baked into your file and it's not applied everywhere. The Spotify web player and some third-party devices over Spotify Connect (certain TVs, smart speakers) may not apply loudness normalization at all. On those, your raw master level is what plays. That's a reason to keep your delivered master sane and clean rather than relying on Spotify to rescue it, because sometimes Spotify isn't in the chain.
For true peak, Spotify recommends delivering under -1 dBTP for the lossy formats it streams, and under -2 dBTP if you've mastered louder than -14 LUFS, to keep transcoding from introducing distortion. The true peak limit guide goes deep on why inter-sample peaks matter once your file gets encoded to Ogg or AAC. For checking the loudness and peak metadata on a file before you upload, the metadata checker will read it back for you.
Frequently asked questions
What LUFS should I master to for Spotify?+
Somewhere in the -14 to -16 LUFS integrated range with a -1 dBTP true peak ceiling is where most professional masters land for pop, rock, and electronic. That gives Spotify enough room to level you correctly on all three presets, and it leaves the transients intact so the record sounds like itself when it gets there.
Will my song be quieter than other songs on Spotify?+
On the Normal preset, no. The exception is a quiet master with true peaks crowded near the ceiling, which Spotify can't lift all the way to -14. Then it plays a touch quieter than the rest.
Does Spotify change or re-encode my audio file?+
No. Spotify reads your master, stores a loudness value as metadata, and applies a volume offset during playback in the app. Your uploaded file isn't altered. The audio you hear is just turned up or down at the listener's end, then streamed through Spotify's lossy codec like every other track.
How do I check my track's LUFS before uploading?+
Use a loudness meter that reads integrated LUFS to BS.1770. Most DAWs include one, and plugins like Youlean Loudness Meter will show it. Measure the whole track, not a section, since integrated loudness is an average across the full song.
Is -14 LUFS the same target on Apple Music and YouTube?+
YouTube also normalizes around -14 LUFS, but Apple Music's Sound Check targets -16 LUFS and only turns tracks down, never up. Master once to a sensible level with -1 dBTP headroom and you meet all of them. The DSP loudness chart lays out every target side by side.
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