# Mastering Music for Video Games

> Game audio has to survive looping, layering and dynamic mixing in ways a linear track doesn't. Here's what to consider when mastering music for interactive use.

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# Mastering Music for Video Games

Published 8 September 2026, 00:00 UTC · updated 31 August 2026, 13:05 UTC · by Loopin

Game music often has to loop seamlessly, layer with other audio, and sit correctly whether a player has headphones on or a TV speaker turned low. Master with that reality in mind, not as a standalone linear piece.

## Make sure loop points are actually seamless

Any click, pop, or level jump at a loop point becomes maddening on repeat during actual gameplay, far more noticeable than in a one-time linear listen. Check the loop specifically by playing across the seam repeatedly, not just listening to the track once start to finish.

A short crossfade at the loop point, even a few milliseconds, often resolves a seam that sounds fine in isolation but clicks audibly on repeat.

## Leave headroom for in-engine mixing

Game audio engines typically mix music against sound effects and dialogue dynamically, adjusting levels in real time based on gameplay. A heavily limited, maximally loud master leaves the engine very little room to duck or blend it cleanly — a more moderate master with real headroom is more usable.

−16 to −18 LUFS integrated is a reasonable starting range for interactive game audio, quieter than a typical streaming single, precisely because it needs to coexist with everything else happening in the mix at runtime.

## Consider how layered stems will interact

Adaptive game scores often use separate stems — a base layer plus intensity layers that fade in during action — and each stem needs to sound balanced both alone and combined with the others. Master or at least level-check each stem independently, not just the fully combined mix.

This is different from a linear release, where you only ever hear the final combined mix. Game audio has to work in multiple possible combinations.

## Test on the actual playback context

Players hear game audio through everything from high-end headsets to a TV's built-in speakers at low volume during late-night sessions. Check how the master holds up at genuinely low playback volume specifically, since a lot of real game audio listening happens quieter than a dedicated music listening session would.

If low-end impact or clarity disappears at low volume, that's more of a real-world problem for game audio than it might be for a streaming single.

## True peak discipline still matters

Keep a −1 dBTP ceiling regardless of the lower overall loudness target — game engines and platform certification processes can be strict about clipping, and a clean signal gives whatever real-time processing the engine applies clean material to work with.

This is one of the few numbers that carries over directly from streaming-release mastering conventions into interactive audio.

## Frequently asked questions

### What LUFS should game music be mastered to?

Around -16 to -18 LUFS integrated is a reasonable starting range, quieter than a typical streaming single, since the track needs headroom to coexist with sound effects and dialogue in real-time in-engine mixing.

### Why does my looping game track click at the seam?

A level jump or discontinuity at the loop point, which is much more noticeable on repeat during gameplay than in a one-time linear listen. A short crossfade at the loop point usually resolves it.

### Should I master each stem separately for an adaptive game score?

Yes, or at least level-check each one independently. Adaptive scores use layered stems that need to sound balanced both alone and combined, unlike a linear release where only the final mix matters.

## Related reads

- [Master your track free](/mastering)
- [Mastering for film and TV sync](/blog/mastering-for-film-and-tv)
- [What is LUFS?](/mastering/what-is-lufs)

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Source: https://onloopin.com/blog/mastering-for-video-games