Master a song to around -14 LUFS integrated for streaming. This target matches Spotify’s loudness normalization and aligns with Apple Music, YouTube, Tidal, and Amazon Music, so your track plays back at the same perceived volume as everything else on the platform. Keep true peak below -1 dBTP to avoid distortion during lossy encoding, and leave at least 8 dB of headroom so your track breathes after volume adjustment.
I have spent the last three years tracking how my masters perform on streaming platforms, and the difference between a release that sounds alive and one that sounds crushed almost always comes down to LUFS choices. In this guide I will walk you through exactly how to master a song to around -14 LUFS for streaming, including the workflow, the metering, and the mistakes most newcomers make along the way.
Table of Contents
What Is LUFS and Why It Matters for Streaming
LUFS stands for Loudness Units Full Scale, and it is the standardized way the audio industry measures perceived loudness. It was formalized in the ITU-R BS.1770 recommendation, which is the same standard used by every major streaming platform today.
Unlike peak level, which only tells you how loud the tallest waveform sample is, LUFS accounts for how the human ear actually perceives loudness across frequencies. Two tracks can have identical peak levels but feel very different in volume because LUFS weighs mid and high frequencies more heavily.
Streaming platforms use LUFS to normalize playback. They measure your song’s integrated LUFS (the average loudness across the entire track) and then turn it up or down to match their target. If your master is louder than the target, the platform turns it down. If it is quieter, the platform turns it up. That is why mastering to the right LUFS number matters so much.
There are three main LUFS measurements you will see on a meter:
Integrated LUFS – the average loudness across the entire song. This is the number streaming platforms normalize to.
Short-term LUFS – loudness over a 3-second window, useful for checking dynamic sections.
Momentary LUFS – loudness over a 400ms window, useful for catching spikes.
When people say “master to -14 LUFS,” they mean integrated LUFS. Get that number right and your track will play back at the same perceived volume as the rest of the catalog.
Target Loudness Levels for Major Streaming Platforms
Every major streaming platform uses loudness normalization, but the exact target varies. Here is the cheat sheet I refer to before every release.
Spotify set the de facto standard at -14 LUFS integrated, and most platforms have followed. Apple Music uses Sound Check at -16 LUFS, YouTube normalizes to -14 LUFS, Tidal sits at -14 LUFS, and Amazon Music and Deezer also target the same range. Mastering to around -14 LUFS keeps your track within a tight 2 dB window across all of them, which is the sweet spot for consistent playback.
Some platforms let users disable normalization, and some use ReplayGain-style adjustment rather than a fixed reference. The exact loudness target is less important than understanding the general range. If you master to -14 LUFS with healthy dynamics, your track will translate well anywhere.
One important note: when you master hotter than the platform target, the platform will turn your track down. That means any extra loudness you fought for during limiting is wasted. Mastering to the target, or slightly below it, often produces a louder-sounding result after normalization because the track retains its transient energy.
How to Achieve -14 LUFS: Step-by-Step Mastering Workflow
This is the workflow I use on every master, and it is the same approach I teach to producers who ask me how to master a song to around -14 LUFS for streaming without sacrificing punch. Follow each step in order and adjust only when your ears tell you something is off.
Step 1: Start with a Clean, Well-Balanced Mix
Mastering can amplify what is in your mix, but it cannot fix what is broken. Before you touch a meter, make sure your mix translates well on multiple systems. I always reference my mix on studio monitors, earbuds, and a phone speaker before I even consider mastering.
Step 2: Set Up Your Master Bus and Add a Quality Meter
Open a new mastering session at your final sample rate and bit depth (24-bit / 44.1kHz or higher). Insert a trustworthy LUFS meter first – Youlean Loudness Meter 2, Melda MLoudnessAnalyzer, or NUGEN VisLM-H2 are all solid choices. Position the meter on the master bus so you can see integrated, short-term, and true peak simultaneously.
Step 3: Apply Gentle Equalization and Compression
Use a clean linear-phase EQ to make small tonal adjustments. Then apply a slow, transparent bus compressor with a low ratio (around 1.5:1 to 2:1) and gentle threshold to glue the mix. Move 1 to 2 dB of gain reduction at most. The goal is cohesion, not loudness.
Step 4: Add a Limiter With a True Peak Cap
Insert a mastering limiter like FabFilter Pro-L2, Ozone 11 Maximizer, or your DAW’s built-in option. Set the ceiling to -1.0 dBTP (true peak). That buffer protects against inter-sample peaks that can occur during AAC or Ogg encoding on streaming platforms.
Step 5: Adjust Makeup Gain to Hit -14 LUFS Integrated
Slowly raise the input gain or makeup gain on your limiter until the integrated LUFS reads around -14 LU over the entire track. Watch the meter across the full duration of the song, not just the loudest section. Short peaks can fool you into thinking you are louder than you are.
Step 6: Verify True Peak Stays Below -1 dBTP
Watch the true peak readout during the loudest passages. If your true peak exceeds -1 dBTP, lower the ceiling to -1.2 or -1.5 dBTP until it stays in check. True peak is the most important safety measure for streaming because lossy codecs can introduce peaks that did not exist in your original WAV.
Step 7: Bounce at the Right Sample Rate and Bit Depth
Export at 24-bit / 44.1kHz (or higher). If you reduce bit depth to 16-bit for CD, apply dithering. For streaming-only releases, stay at 24-bit and skip the dither. Use a fade-out at the end of the song so the integrated measurement does not include silence.
Step 8: Compare Against a Reference Track
A/B your master against a commercially released song in the same genre. Pay attention to tone, not just volume. If your reference is at -14 LUFS and yours is at -14 LUFS, they should match in perceived loudness. If yours sounds dull or harsh in comparison, the issue is in the mix, not the meter.
True Peak Metering and Headroom: Why -1 dBTP Matters
True peak is the actual peak level after your audio is converted from digital to analog and back, or run through a lossy codec. A sample peak meter only shows peaks between samples, which means it can miss peaks that occur between samples – so-called inter-sample peaks.
When Spotify or Apple Music encodes your WAV into AAC or Ogg Vorbis, those codecs can produce inter-sample peaks that clip the output. Even if your master shows -0.3 dBFS on a sample peak meter, the encoded file might clip at 0 dBFS on the listener’s end. The result is distortion nobody in your studio caught.
The fix is simple: always use a true peak meter and keep the ceiling at -1.0 dBTP or lower. Most modern limiters handle true peak automatically through oversampling, but you should verify with a dedicated meter.
Dynamic Range: How Much Headroom to Leave in Your Master
Dynamic range is the difference between the loudest and quietest moments in your song, measured in DR or PLR (peak-to-loudness ratio). A heavily limited track might have 4 dB of dynamic range. A well-produced vocal track might have 14 dB.
For streaming, aim for a PLR of 8 to 12 dB. That gives the platform enough room to normalize your track without crushing the transients or making the quiet sections disappear. Genres like EDM and metal can lean toward 6 dB for impact, while acoustic and jazz should stay closer to 14 dB for natural dynamics.
A common mistake is to push loudness so far that PLR drops below 4 dB. After normalization, that track often sounds quieter than a better-mastered -14 LUFS competitor because the transients are gone.
Genre-Specific Considerations for Mastering to -14 LUFS
The -14 LUFS target is a starting point, not a rule. The genre you are working in changes the math.
For EDM, pop, and modern hip-hop, you can deliver a master at -9 to -11 LUFS with strong limiting and the platform simply turns it down. The dynamics stay intact because the genre is built on energy. For rock, indie, and singer-songwriter material, -11 to -13 LUFS gives you space for the vocal to sit naturally. For acoustic, jazz, classical, and ambient music, you can go quieter – between -14 and -18 LUFS – and the platform will turn it up.
Reference commercial releases in your genre. If every track on the Spotify editorial playlist in your style is at -9 LUFS, your -14 LUFS master will sound noticeably quieter next to them, even after normalization. The editorial team listens with normalization off.
Common Mastering Mistakes and How to Avoid Them
I see the same mistakes trip up producers over and over. Here are the ones that matter most when learning how to master a song to around -14 LUFS for streaming.
Mastering directly to -14 LUFS during creative limiting. Beginners often slam a limiter until the meter reads -14 LUFS, then bounce. The result is a squashed, lifeless track. Hit -14 LUFS with a transparent limiter, not a brick wall.
Ignoring true peak meters. Sample peak meters lie. Always check true peak before exporting.
Pushing for maximum loudness and losing dynamics. Tracks at -7 LUFS with crushed dynamics often sound quieter than -14 LUFS masters after normalization. Leave room for the music to breathe.
Skipping reference tracks. Meters tell you numbers, not whether the music sounds good. Always A/B against a reference you trust.
Not listening in mono. Some streaming platforms encode in mono for low-bandwidth streams. If your master collapses in mono, phase issues will hurt listeners.
Forgetting dithering when reducing bit depth. If you bounce to 16-bit, apply dither. If you bounce at 24-bit, skip it. Modern streaming services accept 24-bit, so you rarely need to dither.
Mix bus processing that you forget to bypass. Always check your master bus with all processing bypassed before exporting. Catching a stuck plugin at the bounce stage is a frustrating way to lose a day.
Best LUFS Meter Plugins for 2026
Having the right meter is half the battle. These are the tools I recommend for measuring LUFS accurately during mastering.
Youlean Loudness Meter 2 is free and reliable, with a clean visual feedback loop for integrated, short-term, and momentary LUFS. Melda MLoudnessAnalyzer is another free option with deeper visualization. TC Clarity M is a free stereo meter that goes beyond loudness and shows stereo correlation and dynamic range. NUGEN VisLM-H2 is the industry standard for professional mastering engineers, with Loudness History and True Peak alerts. For batch processing, NUGEN LM-Correct can automatically adjust your master to a target LUFS in seconds.
Whichever meter you choose, learn to read it before you start trusting its numbers. Spend an afternoon referencing your favorite commercial releases through the meter to understand where your favorite tracks actually land.
FAQs
What LUFS should I master my song at?
Master to around -14 LUFS integrated for streaming. This matches Spotify’s normalization target and stays within 2 dB of Apple Music, YouTube, Tidal, and Amazon Music. Keep true peak below -1 dBTP because lossy encoding can introduce peaks that standard meters miss.
How do I raise the LUFS of a song correctly?
Use a transparent mastering limiter with a ceiling at -1.0 dBTP, then slowly raise the input gain until the integrated LUFS reads your target. Avoid crushing the mix with aggressive limiting – a 1 to 3 dB reduction on the limiter is usually enough. Listen for lost transients and pumping as you increase loudness.
Should I master my song to LUFS?
Yes, mastering to LUFS ensures your track plays back at the same perceived volume as other songs on streaming platforms. Without LUFS-based mastering, your track could be turned up or down unpredictably, making it sound too quiet or too loud in playlists. Use LUFS as a target, not a religion – match the genre, not just the number.
Why does my master sound quiet on Spotify?
Spotify normalizes every track to -14 LUFS by default. If your master is louder than -14 LUFS, Spotify turns it down. If your master has crushed dynamics, the normalized version will sound quieter than a competitor with better dynamics at the same LUFS. The fix is to master with a healthy PLR of 8 to 12 dB and let normalization work for you.
What is true peak in mastering?
True peak is the actual peak level of an audio signal after digital-to-analog conversion or lossy compression, including inter-sample peaks that standard meters miss. Streaming platforms encode to AAC or Ogg Vorbis, which can introduce true peaks above your original sample peak. Keeping true peak below -1 dBTP prevents distortion on the listener’s end.
Is -14 LUFS too quiet?
-14 LUFS is the standard for streaming and is not too quiet when mastered correctly. Songs mastered at -14 LUFS with healthy dynamics often sound louder than over-limited tracks at -9 LUFS after normalization, because the transients and impact are preserved. Test with normalization on and off in your DAW to confirm.
Final Thoughts on Mastering to -14 LUFS for Streaming
Knowing how to master a song to around -14 LUFS for streaming is less about chasing a number and more about building a workflow that protects your dynamics. Start with a clean mix, set up a true peak meter, use a transparent limiter, and verify your integrated LUFS across the whole track. Then trust your ears, your reference tracks, and the genre conventions of the music you are releasing.
Streaming platforms want consistent playback volume, and they will normalize whatever you give them. The masters that sound the loudest after normalization are the ones with the most dynamic range intact. Hit -14 LUFS, keep true peak below -1 dBTP, and let the music do the rest.