TL;DR
Target -14 LUFS integrated for Spotify, -16 for Apple Music, -14 for YouTube, -14 for TikTok. Don't over-master: Spotify turns you down anyway. Keep vocals at -6 to -4 LUFS momentary above the instrumental. True peak below -1 dBTP. Mix at 85dB SPL if you can.
Mixing a vocal in 2026 isn't the same job it was even five years ago. The streaming platforms normalize loudness, so cranking the master limiter doesn't make your song louder than anyone else's. What it does is crush your dynamics and kill your vocal presence.
This guide walks through the loudness targets for each platform, what vocal levels should actually look like inside your mix, and how to get a vocal that translates to earbuds, car speakers, laptop speakers, and big PA systems without getting mangled on the way.
LUFS, Explained in Under 90 Seconds
LUFS (Loudness Units relative to Full Scale) is how streaming platforms measure perceived loudness. Unlike peak dB (which measures instantaneous level), LUFS measures how loud a track actually feels to a listener.
Three types of LUFS:
Momentary LUFS: Loudness over 400ms. Shows current loudness in real time.
Short-term LUFS: Loudness over 3 seconds. Good for judging sections (verse vs chorus).
Integrated LUFS: Loudness averaged across the entire track. This is the number streaming platforms use to normalize.
You care about integrated LUFS for platform targeting and momentary LUFS for vocal mixing decisions.
Per-Platform Loudness Targets (2026)
| Platform | Integrated LUFS | True Peak | Notes |
|---|---|---|---|
| Spotify | -14 | -1 dBTP | Applies limiter if over -1 dB |
| Apple Music | -16 | -1 dBTP | Stricter target, more dynamic |
| Amazon Music | -14 to -16 | -2 dBTP | Changing, check current spec |
| YouTube | -14 | -1 dBTP | Normalizes louder tracks down |
| TikTok | -14 | -1 dBTP | Heavy mobile listening, mids matter |
| SoundCloud | -14 | -1 dBTP | Normalizes as of 2022 |
| Tidal | -14 | -1 dBTP | Hi-fi audience, preserve dynamics |
The key insight: if you master to -8 LUFS and upload, Spotify just turns you down 6dB. You get no loudness benefit. You just lose dynamics. The loud wars are over.
The Universal Master Target
If you master to a single target for all platforms, pick -14 LUFS integrated, true peak -1 dBTP. This works fine on Spotify, YouTube, TikTok, and SoundCloud. Apple Music will boost you a tiny bit. Everything normalizes cleanly.
If you want Apple to sound its best, master a second version at -16 LUFS for their catalog. Most artists don't bother; one -14 master handles everything.
Where the Vocal Sits in Your Mix
Before you get to mastering, the vocal needs to sit correctly inside the mix. Chasing integrated LUFS without fixing vocal balance produces loud mud.
Target vocal levels
Lead vocal momentary LUFS: -10 to -8 LUFS during peaks. Never clipping, always present.
Vocal vs instrumental: Lead vocal should sit 3 to 6 dB above the loudest instrument in the mix on average. Too much and it's exposed. Too little and it's buried.
Backing vocals: 6 to 12 dB below the lead. Harmonies should fill space without distracting from the main performance.
How to actually check this
- Put a LUFS meter (Youlean, Waves WLM Plus, FabFilter Pro-L 2, or stock plugins) on your master bus.
- Put a second meter on your vocal bus only.
- Play your loudest section.
- Lead vocal momentary should read about -10 to -8 LUFS when the full mix is hitting -14.
- If it's reading -16 or lower, vocal is buried. If it's reading -6 or higher, vocal is too loud.
Vocal Processing Order for Loudness
The order of processing matters when you're chasing a specific LUFS target. Getting this right makes mastering almost effortless.
Vocal bus chain:
- Subtractive EQ (cut problem frequencies)
- Compressor (even dynamics, 4 to 6 dB reduction)
- De-esser (see our de-essing guide)
- Second compressor (glue, 2 to 3 dB reduction)
- Tonal EQ (air, presence)
- Saturation (optional, for character)
- Limiter (catch peaks, 1 to 2 dB max)
This chain consistently gets you a vocal that feels loud and even without obvious pumping or harshness. The two-stage compression is key: it lets you even out dynamics gently instead of hammering them with one aggressive compressor.
Per-Genre Mix Loudness Tendencies
| Genre | Typical Master LUFS | Note |
|---|---|---|
| EDM / House | -8 to -10 | Masters loud, gets turned down by platforms |
| Pop | -9 to -10 | Dense, full, heavily processed |
| Trap / Rap | -7 to -9 | 808s and loud vocals compete |
| Rock | -9 to -12 | Dynamic range matters |
| Singer-Songwriter / Folk | -13 to -16 | Emotional dynamics need space |
| Ballad / Orchestral | -14 to -18 | Preserve full dynamic range |
Your genre has conventions. Don't ignore them. A folk track at -8 LUFS feels wrong. A pop banger at -16 LUFS feels weak next to the rest of the playlist.
True Peak: The One You Can't Ignore
True peak (dBTP) is the actual peak of your waveform after inter-sample interpolation, not just the sample peak. Streaming platforms codec-convert your file (Spotify uses OGG Vorbis, Apple uses AAC), which can push peaks above 0 dB if you didn't leave headroom.
Rule: keep true peak below -1 dBTP. Some engineers go -1.5 dBTP for safety.
If your master has true peaks at 0 dB, expect audible distortion on Spotify's lossy stream. Lower your limiter ceiling to -1.0 and re-render.
Mistakes That Kill Streaming Mixes
Mistake 1: Over-limiting the master. Mastering to -6 LUFS crushes dynamics, and Spotify turns you down to -14 anyway. You lose twice.
Mistake 2: Not checking true peak. 0 dB peaks distort after codec conversion. Always -1 dBTP or lower.
Mistake 3: Mixing without a LUFS meter. Without a meter, you're guessing. Meters are free. Use one.
Mistake 4: Ignoring mobile playback. 70% of streaming happens on phones. Check your mix on earbuds and phone speakers. If the vocal disappears on a phone speaker, your mid-range is wrong.
Mistake 5: Mastering quieter than commercial releases in your genre. If pop sits at -9 LUFS, mastering your pop song to -16 means it sounds small next to the rest of the playlist. Match your genre.
Mistake 6: Uploading 44.1 kHz / 16-bit when the master was 48/24. Render at highest quality, let the platform down-sample. You keep headroom and precision.
How to Reference Match Against Commercial Songs
The fastest way to learn streaming-appropriate loudness is reference matching. Pick 3 to 5 reference tracks in your genre that you like the sound of. Load them into your DAW alongside your mix.
- Meter each reference for integrated LUFS.
- Note where their vocals sit relative to the instruments.
- Note their dynamic range (how much headroom between verse and chorus LUFS).
- A/B your mix against the references at matched LUFS (drop your mix to the same LUFS as the reference for a fair comparison).
Most DAWs have metering and gain-matching tools. Plugins like Melda Production's MCompare or Acustica's Nebula make this effortless.
A Word on Mastering Services and AI
Services like LANDR, eMastered, and BandLab Mastering automate mastering to platform targets. They're better in 2026 than they were 3 years ago. For demos and first releases, they're fine.
For songs you care about, a human mastering engineer still outperforms AI on vocal translation and genre-specific decisions. Budget $50 to $200 per track for a pro indie master. Worth it on flagship releases.
Export Settings That Don't Screw You
File format: WAV (not MP3). Most distributors accept 24-bit WAV as master.
Sample rate: 44.1 kHz minimum. 48 kHz is fine. Don't upload 96 kHz (some platforms reject it).
Bit depth: 24-bit. Never 32-bit float for distribution. Some systems can't handle it.
Dithering: If you're exporting at 16-bit (rare now), apply dither. If 24-bit, no dither needed.
Metadata: Embed track title, artist, ISRC, and composer. Distributors read these.
For the full flow of getting your finished master onto streaming platforms, see our releasing guide.
Your Streaming-Ready Checklist
Before you render and upload:
- Integrated LUFS at -14 (or -16 for Apple)
- True peak below -1 dBTP
- Vocal sits 3 to 6 dB above the instrumental
- Referenced against 3 commercial tracks in your genre
- Checked on phone speaker, earbuds, and monitors
- No clipping anywhere in the chain
- Exported as 24-bit WAV, 48 kHz
Hit those seven boxes and your mix will translate well across every major streaming platform in 2026.
Start with clean source material
Pro-recorded acapellas give you the loudness headroom and clarity you need to hit streaming targets without fighting a bad source.
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