What LUFS Should a Techno Track Be for Club Play? Club Masters, Streaming Masters and True Peak

You finished the track, bounced it, and played it out next to a record from a label you love. Yours sounded smaller. So you open a forum thread, read four different numbers from four different people, and push the limiter until the meter says what the loudest person in the thread said. Now it is loud and it sounds flat.

The question of what LUFS a techno track should be is really two questions: how loud does it need to be to hold its own in a DJ set, and how loud does it need to be on Spotify and Apple Music. The answers are different, and most of the confusion comes from treating them as one. This guide gives you the ranges working engineers use, why they work, and how to set up your own club and streaming masters without guessing.

Is there an official LUFS standard for club play?

No. Streaming services publish loudness targets because they normalise playback, but clubs do not. A DJ plays your file through a mixer with a trim knob, a channel fader and often auto gain in Rekordbox or on the CDJ. Whatever level you deliver, the DJ will level it against the previous track.

That sounds like loudness does not matter, but in practice it does. A track that is much quieter than the records around it forces the DJ to push the trim, and if it is far off it reads as weaker in the moment before they correct it. A track that is crushed to beat everything else has no room left for the kick to hit. The goal is to land in the same neighbourhood as the music it will be played next to, with the punch intact.

What LUFS do engineers master techno to for club play?

The range you will see from working techno mastering engineers is roughly minus 8 to minus 6 LUFS integrated for a club master. Many sit around minus 8 for a typical peak time techno track and go louder for dense, distorted material such as hard techno, where the genre's sound is part of the expectation. Treat this as practitioner guidance, not a rule: it is where commercial releases tend to land, not a target your track must hit.

• Peak time and driving techno: around minus 8 LUFS integrated is a common landing point.
• Hard techno and industrial: often louder, towards minus 6, because saturation and distortion are part of the sound.
• Deep, hypnotic or dub techno: frequently a little lower, because the space and the low end movement are the point.

If you want a reference, buy two or three tracks you would happily play either side of yours, load them into your DAW and measure them with a loudness meter. That beats any number in an article, this one included.

How do you measure LUFS on a techno track?

You need a meter that reads integrated, short term and momentary loudness plus true peak. Logic Pro ships with one, many DAWs include a loudness readout, and free plugins such as the Youlean Loudness Meter do the job on any system. Put it last on your master chain, after the limiter, so it reads exactly what you will bounce.

Then run the whole track from start to finish for the integrated value, because the meter needs the full file to calculate the average. For the short term reading, loop the main section and read the value once it settles. Do the same for your references at the same playback settings, with no processing on their channel, so you are comparing like with like.

Why does integrated LUFS mislead on techno?

Integrated LUFS is an average over the whole file. A techno track with a long DJ friendly intro, a two minute breakdown and an outro measures quieter than the main sections the crowd actually hears. Two tracks can have the same integrated number and very different loudness in the drop.

So measure the short term loudness in the main body of the track too. Loop the loudest 16 or 32 bars and watch the short term reading. Compare that against the same section of your reference tracks. When the main sections match, your track will sit right in a set even if the integrated number is a little lower, and that is a better test than chasing the average.

Match the loudest section against your references, not the whole file. That is the part the DJ is levelling when they ride the trim.

What about true peak, and does it matter in a club?

True peak measures the peaks between samples, the ones that can appear when the file is converted, resampled or encoded to a lossy format. Common advice for streaming is to keep true peak at about minus 1 dBTP, because the encoding step can push louder masters into distortion. Spotify's own guidance asks for more headroom on very loud masters.

For club masters, practice varies. Many engineers set the limiter ceiling just under 0 dB, around minus 0.3 to minus 0.1, and accept that dense techno often shows true peaks above that. The files DJs play are usually WAV, AIFF or high bitrate MP3 bought from a store, so the risk is lower than on a streaming platform, but it is not zero. If you deliver MP3 promos, render a test and listen for crunch on the loudest hits before sending.

How loud should a techno master be for Spotify and Apple Music?

Here the rules are clear. Spotify normalises playback to about minus 14 LUFS by default, and Apple Music with Sound Check enabled works to a target of about minus 16. If your master is louder than that, the service turns it down. You do not gain loudness, you only lose the dynamics you sacrificed to get there.

That does not mean you must master to minus 14. Many electronic releases on streaming still sit well above it, because the master that sounds right for the genre is denser than that. What it does mean is that the last few decibels of limiting buy you nothing on streaming. A slightly more open master, around minus 9 to minus 10 for techno, often sounds bigger after normalisation than a minus 6 master that has been turned down.

Should you make two masters, one for clubs and one for streaming?

Yes, if you can. Stores such as Beatport sell the file as you delivered it, without normalisation, so that is where the dense club master belongs, along with promos and the files you play yourself. Distributors that send to Spotify and Apple Music can take a separate, more dynamic master. Many labels already work this way, and most mastering engineers will quote for both.

If you can only make one, master it for the club. A techno record lives on the dancefloor first, and DJs are the audience that buys and plays it. Just avoid the very top of the range, so the streaming version is turned down a little rather than a lot. AI mastering tools can produce both versions quickly, but check the club master on a proper system, because they are often tuned for streaming.

What to do this week

Pick the track you are about to release. Buy or pull out three reference tracks from the labels you want to be on and measure their integrated and short term loudness. Set your club master so the main section matches theirs, with the ceiling just under 0 dB, and listen to it at club volume against the references. Then bounce a second, more open master for streaming. Play both in a DJ set at home with auto gain off. If the club master sits next to your references without you touching the trim, you are done.

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