How to Master a Track for Spotify in 2026

Mastering for Spotify in 2026 is less about hitting a magic number and more about not getting punished by one. Spotify normalizes playback to roughly -14 LUFS integrated. Anything louder than that gets turned down on the listener's device, and any true-peak that punches past -1 dBTP gets squashed by the platform's transcoder. That is the entire game — and almost everything else you read about "loud masters" is leftover advice from the CD era.

This guide walks through the targets that actually matter, the chain that gets you there, and the listening tests that confirm you nailed it.

What "loud enough" actually means in 2026

Streaming platforms run loudness normalization to keep a playlist from blowing your eardrums off when a 2024 hyperpop track plays after a 1974 ballad. Every service has its own target:

• Spotify — about -14 LUFS integrated, normalization on by default
• Apple Music — about -16 LUFS integrated, Sound Check on by default
• YouTube Music — about -14 LUFS integrated
• Tidal — about -14 LUFS integrated
• TikTok / Reels — much hotter (often -9 to -7 LUFS) because short-form playback context is different

The practical effect: between roughly -14 and -9 LUFS, every track on Spotify plays back at the same perceived volume. So the question is not "how loud can I push?" It is "how good does this sound at the level Spotify will actually play it?"

If your master is crushed to -7 LUFS, Spotify drops your gain by ~7 dB and the listener hears a fatigued, transient-starved version of your song. If your master is dynamic at -12 LUFS, Spotify plays it back at the same loudness as the squashed one — but with more punch, more air, and more emotional movement.

The two numbers you cannot ignore

1. 01Integrated LUFS — average perceived loudness across the whole song. Aim for -14 to -10 LUFS for most modern genres.
2. 02True peak (dBTP) — the loudest inter-sample peak after digital-to-analog conversion. Set your limiter ceiling to -1 dBTP. That 1 dB of headroom is your safety margin against codec inflation.

Sample-peak metering is not enough. When Spotify encodes your master to Ogg Vorbis 320 kbps (and then re-encodes to AAC for some clients), inter-sample peaks can shoot 0.3 to 0.6 dB above 0 dBFS — clipping in places your DAW never warned you about.

A clean mastering chain that works

You do not need a thirty-plug-in chain. A modern, transparent master usually looks like this:

1. 01Subtractive EQ — pull 1–2 dB out of the muddy zone (200–400 Hz) and any harshness around 2–4 kHz. Surgical, not creative.
2. 02Glue compression — a slow attack, fast release bus compressor doing 1–2 dB of gain reduction. The point is cohesion, not loudness. Ratio 1.5:1 to 2:1, attack 30 ms, release auto.
3. 03Tonal shaping EQ — small boosts (under 2 dB) where the song needs them. A shelf above 10 kHz almost always helps modern productions breathe. A gentle bump at 60 Hz can replace what a -14 LUFS target stripped from your kick.
4. 04Saturation — a touch of analog-style harmonic distortion adds perceived loudness without crushing transients. Tape, tube, or transformer flavor depending on the song.
5. 05Limiter — true-peak limiter, ceiling at -1 dBTP, threshold pulled down until you hit your loudness target. Use lookahead and stay under 3 dB of average gain reduction.

That is it. Adding more is usually trying to fix a mix problem in the mastering chain — which never works.

Genre-by-genre loudness targets

Different genres breathe differently. These are the targets we use as defaults inside ONYX:

| Genre | Integrated LUFS | True peak | Why | | --- | --- | --- | --- | | Hip-hop / trap | -9 to -11 | -1 dBTP | 808s want headroom; transients matter | | Pop / synthwave | -10 to -12 | -1 dBTP | Vocal-forward; needs density | | Lo-fi | -14 to -16 | -1 dBTP | Dynamics are the point | | EDM / house | -8 to -10 | -1 dBTP | Sustained energy, less transient | | Singer-songwriter | -14 to -16 | -1 dBTP | Performance reads better dynamic | | Classical / jazz | -18 to -23 | -2 dBTP | Preserve full dynamic range |

If you target trap at -16 LUFS, Spotify will not turn you up — it caps gain, never adds it. Your song will sound quiet next to neighbors on a playlist. Hit the genre pocket.

True peak vs sample peak — the one mistake that kills home masters

This is where most bedroom masters fall apart. A digital sample-peak meter shows the loudest sample value, but inter-sample peaks can rise above 0 dBFS when your audio is reconstructed by a DAC or re-encoded to a lossy format.

The fix is two steps:

1. 01Meter with a true-peak meter. Most modern limiters have one built in. If yours does not, replace it.
2. 02Set your ceiling to -1 dBTP, not -0.1 dBFS. That extra dB absorbs codec inflation and keeps the platform limiter from biting your transients.

We have seen masters that look pristine at -0.3 dBFS sample-peak push +0.4 dBTP after Spotify's Ogg encoding. The platform's downstream limiter clamps that, and the high end goes dull. Always master to -1 dBTP.

Reference, then trust your ears

The fastest way to learn whether your master is competitive is to A/B against commercial releases in the same genre.

1. 01Pull up two or three reference tracks in your DAW alongside your master.
2. 02Level-match them to your master's LUFS (loudness compensation is built into most reference tools — use it).
3. 03Mute and unmute. Switch fast. Listen for one thing at a time: low end, vocal placement, top-end air, stereo width.

If your kick disappears at matched volume, the low end is wrong — not the loudness. If your vocal sits in front of the band on theirs and behind on yours, fix the mix, not the master. Mastering cannot rescue a buried vocal.

The five most common mastering mistakes

1. 01Cranking the limiter for loudness. It just trades transient detail for a number that streaming services will undo.
2. 02Boosting bass on a single small speaker. Always confirm low-end decisions on at least two systems plus headphones.
3. 03Ignoring the mid-side image. A subtle stereo widener on the highs adds air. Wideners on the lows destroy mono compatibility.
4. 04Mastering without a calibrated reference level. If your monitors are too loud, every master will end up too quiet. Calibrate to 79–83 dB SPL at the listening position.
5. 05Skipping the offline render check. Bounce the master to MP3 256 kbps, play it on phone speakers, in a car, and on headphones. If anything sounds wrong, fix it before publishing.

Mastering for short-form video (TikTok, Reels, Shorts)

If you are mastering specifically for short-form, push the integrated LUFS up to about -9 to -7. Phone speakers and in-app playback are louder and less compressed; a track that sits at -14 LUFS feels quiet next to creator voiceovers and platform ads. Keep the true-peak ceiling at -1 dBTP regardless.

A common pro workflow is to render two masters: one streaming-safe at -12 LUFS, one social-loud at -8 LUFS, both with -1 dBTP ceilings. ONYX exports both automatically when you toggle "Short-form variant" on the render dialog.

What ONYX does for you

ONYX masters every render to a genre-appropriate LUFS target with a -1 dBTP ceiling by default. Pro users can override the ceiling and apply genre-specific mastering presets — modern hip-hop runs hotter, lo-fi and singer-songwriter run quieter. Either way you get a master that streams cleanly without the platform fighting you.

For deep-dives on the genres that this matters most for, see our trap landing page and synthwave landing page. If you are choosing a tempo for the song you are about to master, our BPM guides cover the most common targets.

TL;DR

• Spotify normalizes to about -14 LUFS. Stop fighting it.
• Master to -1 dBTP true peak, always. Sample peak is not enough.
• Pick an integrated LUFS target that fits your genre.
• A clean chain (subtractive EQ, glue comp, tonal EQ, saturation, true-peak limiter) beats a stacked one.
• Reference at matched loudness. If you only learn one habit, learn that one.