How to make composition louder (limiters, compressors?)
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- KVRer
- 1 posts since 28 Apr, 2026
I'm new to digital music making. I have an orchestration that I want to be louder. The edit includes multiple tracks including an organ track as the main instrument, horns, other brass tracks, a few string tracks, and drums. These tracks have volume and pan that changes based on automation curves. Generally, the volume of my track seems low. If I listen to other orchestral compositions on YouTube or a music streaming software, it sounds a lot louder than my composition does at the same volume. However, I can't up the volume of many tracks, because in the loud parts of the song, the volume reaches the max and creates the grainy sound that happens when the master volume reaches its maximum. I've heard of using a compressor and limiter, and I installed a Clipper plugin to my DAW I could use to add a hard cutoff to tracks. I'm not sure how these thinks work, or where they should be placed, such as on all tracks or loud tracks or the master. How could I use these plugins to make my edit louder?
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- KVRist
- 33 posts since 25 Jul, 2020
Don't wait 'til the master bus to manage your dynamic range, or else the master bus processing will have to work too hard to get you where you want to go.
If your song has big volume swings, you can measure the loudest point of your song as a comparable to your mix references. Compare apples to apple - loud part to loud part. Quiet part to quiet part. You can use LUFS-S for those measurements instead of LUFS-I. Look up the differences.
To achieve any kind of loudness you should understand the structure of your sounds. Many sounds will have a loud transient at the start, followed by a longer sustain for the body of the note. To make that sound louder, the transient needs to come down so the whole thing can be pulled up louder without clipping.
People sometimes think compression makes things louder, but normal compression actually clamps down on the signal. However, pulling those loud parts down allows the whole thing to be pushed up louder. (Makeup gain.)
Some compressors have auto makeup gain. Avoid, early on, so you can learn what the compression is actually doing.
A limiter is really a compressor with an incredibly fast attack. So it can work better on transients than most compressors will.
So think of clippers and limiters for taming transients, and compressors for handling the body of the sound, and the overall movement and thickness of the track.
If you just want loudness, stick to clipping, limiting, and wave shaping mostly. Compression will tend to affect the movement and feel.
My favorite channel strip is Scheps Omni Channel because it has an integrated limiter after the compressor. So you can compress for the feel you want and the limiter will catch the peaks that were too fast for the compressor. Very powerful.
There's also upward compression, which literally pushes up the quiet parts of your song. Careful, though, or your quiet parts won't be so quiet.
Then there's multiband compression and limiting, which many misunderstand. Multiband compression is good for targeted dynamic fixes, but you have to know what you're doing.
If you keep all the bands locked you can use it before that.
And multiband limiting is way more useful than many realize. What happens is people tend to dig in deep with a multiband limiter and then they don't like the way it alters their mix balance.
In that context it works best if the multiband limiter is used before the final limiter. With the multiband, stop before it alters your mix balance. Sharing the burden helps your final limiter operate more smoothly.
Using multiple in a row is called serial compression.
Also - waveshapers. Try inserting Sonnox Inflator (or the free JS Inflator clone) before your limiter. It's another tool that offsets some of the load so your final limiter doesn't have to work as hard.
Saturation is another tool in this box. It adds loudness by adding harmonic overtones and thickening the track.
Again, you get loudness more transparently by using multiple tools and managing dynamic range at every stage.
Learn compression with a simple looping sound, like a single piano note or snare.oom at it through an oscilloscope dragged out long, like 5 seconds, so you can see the whole sound.
Experiment with fast attack, long attack and see how it affects the transient. Learn about hard knee/soft knee (soft knee sort of esses into compression before the signal hits the threshold.)
Try fast attack/slow release. Try slow attack/fast release. Try fast/fast and slow/slow.
When setting the release, you generally want it to recover before the next hit. Although sometimes people like the movement that happens when you dig deep and don't allow fast recovery. This is called "swimming in compression."
There's also parallel compression, where you blend the usually very compressed signal in with the original signal, to pull up the level from below and retain the transients.
So start on tracks. Then submix busses. Then your master bus. This way you don't have to do so much all at once. The gain reduction happens a little bit all over the mix, so it all sums together more smoothly (and louder, as a result.)
Anyhow sorry this is long, but yes compression, clipping, limiting, waveshaping, and saturation are the tools in your kit for this. You just have some learning to do, but you'll love it once you get the hang of it.
PS. Once you learn compression, next you'll want to learn downward expansion. Imagine a tool that can make the quiet parts quieter, often by a ratio. Great for pushing down long sustaining reverb tails or held notes so they don't take up unnecessary space in a mix.
If your song has big volume swings, you can measure the loudest point of your song as a comparable to your mix references. Compare apples to apple - loud part to loud part. Quiet part to quiet part. You can use LUFS-S for those measurements instead of LUFS-I. Look up the differences.
To achieve any kind of loudness you should understand the structure of your sounds. Many sounds will have a loud transient at the start, followed by a longer sustain for the body of the note. To make that sound louder, the transient needs to come down so the whole thing can be pulled up louder without clipping.
People sometimes think compression makes things louder, but normal compression actually clamps down on the signal. However, pulling those loud parts down allows the whole thing to be pushed up louder. (Makeup gain.)
Some compressors have auto makeup gain. Avoid, early on, so you can learn what the compression is actually doing.
A limiter is really a compressor with an incredibly fast attack. So it can work better on transients than most compressors will.
So think of clippers and limiters for taming transients, and compressors for handling the body of the sound, and the overall movement and thickness of the track.
If you just want loudness, stick to clipping, limiting, and wave shaping mostly. Compression will tend to affect the movement and feel.
My favorite channel strip is Scheps Omni Channel because it has an integrated limiter after the compressor. So you can compress for the feel you want and the limiter will catch the peaks that were too fast for the compressor. Very powerful.
There's also upward compression, which literally pushes up the quiet parts of your song. Careful, though, or your quiet parts won't be so quiet.
Then there's multiband compression and limiting, which many misunderstand. Multiband compression is good for targeted dynamic fixes, but you have to know what you're doing.
If you keep all the bands locked you can use it before that.
And multiband limiting is way more useful than many realize. What happens is people tend to dig in deep with a multiband limiter and then they don't like the way it alters their mix balance.
In that context it works best if the multiband limiter is used before the final limiter. With the multiband, stop before it alters your mix balance. Sharing the burden helps your final limiter operate more smoothly.
Using multiple in a row is called serial compression.
Also - waveshapers. Try inserting Sonnox Inflator (or the free JS Inflator clone) before your limiter. It's another tool that offsets some of the load so your final limiter doesn't have to work as hard.
Saturation is another tool in this box. It adds loudness by adding harmonic overtones and thickening the track.
Again, you get loudness more transparently by using multiple tools and managing dynamic range at every stage.
Learn compression with a simple looping sound, like a single piano note or snare.oom at it through an oscilloscope dragged out long, like 5 seconds, so you can see the whole sound.
Experiment with fast attack, long attack and see how it affects the transient. Learn about hard knee/soft knee (soft knee sort of esses into compression before the signal hits the threshold.)
Try fast attack/slow release. Try slow attack/fast release. Try fast/fast and slow/slow.
When setting the release, you generally want it to recover before the next hit. Although sometimes people like the movement that happens when you dig deep and don't allow fast recovery. This is called "swimming in compression."
There's also parallel compression, where you blend the usually very compressed signal in with the original signal, to pull up the level from below and retain the transients.
So start on tracks. Then submix busses. Then your master bus. This way you don't have to do so much all at once. The gain reduction happens a little bit all over the mix, so it all sums together more smoothly (and louder, as a result.)
Anyhow sorry this is long, but yes compression, clipping, limiting, waveshaping, and saturation are the tools in your kit for this. You just have some learning to do, but you'll love it once you get the hang of it.
PS. Once you learn compression, next you'll want to learn downward expansion. Imagine a tool that can make the quiet parts quieter, often by a ratio. Great for pushing down long sustaining reverb tails or held notes so they don't take up unnecessary space in a mix.
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- KVRist
- 99 posts since 27 Feb, 2026
one thing worth knowing about the loudness difference you're hearing on YouTube and streaming: those platforms apply automatic loudness normalization. they turn louder tracks down and quieter tracks up to roughly the same perceived level. so some of what you're comparing may not actually be "louder masters" at all, it's tracks that have been normalized to match.
that said, Junkyard Sam's answer covers the actual tools well. the short version for orchestral: your dynamic range is probably very high (quiet passages vs loud climaxes), which is natural for that genre but means the average loudness stays low even if your peaks are hitting the max. Youlean Loudness Meter is free and will tell you your LUFS-I, which is the number streaming platforms use. that gap between your peaks and your integrated loudness is what you're working with.
the "grainy sound at max" you're describing is digital clipping. before touching a limiter, pull your master fader down so your peaks sit around -3 to -6 dBFS. that gives the limiter headroom to work cleanly. start there, at the master level, before adjusting individual tracks.
that said, Junkyard Sam's answer covers the actual tools well. the short version for orchestral: your dynamic range is probably very high (quiet passages vs loud climaxes), which is natural for that genre but means the average loudness stays low even if your peaks are hitting the max. Youlean Loudness Meter is free and will tell you your LUFS-I, which is the number streaming platforms use. that gap between your peaks and your integrated loudness is what you're working with.
the "grainy sound at max" you're describing is digital clipping. before touching a limiter, pull your master fader down so your peaks sit around -3 to -6 dBFS. that gives the limiter headroom to work cleanly. start there, at the master level, before adjusting individual tracks.
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- KVRAF
- 5273 posts since 2 Jul, 2005
Upward compression and volume automation during quiet bits is useful for orchestral music. Cleaning up stray bits of subsonic sound also frees up quite a bit of headroom. All the mix stages I've ever been on used mostly manual volume automation to control the overall loudness over a piece of music (this was in context of underscore for picture) but still the smoothest option. You can also automate EQ to bring out more details in quiet parts. I'd use a simple limiter that I fly really gets hit on very loud accents and bring everything up to match that (to the extent you want to eliminate the dynamics). if your loud parts seem quiet it's probably a frequency range issue.
Don't F**K with Mr. Zero.
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- KVRian
- 661 posts since 8 Dec, 2025
Lots of useful information here. Well done!
The only thing I can add is my opinion: For sensitive material like orchestral music I prefer to use a combination of limiters, downward and upward compressors. On the inserts I put "inaudible" limiters (Cutting just enough so the difference is rather felt instead of heard - maybe 1-2 dB of reduction). Then I use serial compression on the master, at least two downward compressors for louder parts (more often three) and one upward compressor for quieter parts. Each limiter/compressor is only doing a little bit, making the result sound more transparent and natural and none of your instruments will pop out.
I also recommend to choose your reference tracks wisely. Professionally mixed and mastered Audio CDs are always a better choice than any lossy compressed track from some hobbyist. The primary goal is to make it sound naturally intense (when it's supposed to sound intense), not as loud as possible. Don't worry too much about LUFS, the streaming services will boost your tracks anyway.
The only thing I can add is my opinion: For sensitive material like orchestral music I prefer to use a combination of limiters, downward and upward compressors. On the inserts I put "inaudible" limiters (Cutting just enough so the difference is rather felt instead of heard - maybe 1-2 dB of reduction). Then I use serial compression on the master, at least two downward compressors for louder parts (more often three) and one upward compressor for quieter parts. Each limiter/compressor is only doing a little bit, making the result sound more transparent and natural and none of your instruments will pop out.
I also recommend to choose your reference tracks wisely. Professionally mixed and mastered Audio CDs are always a better choice than any lossy compressed track from some hobbyist. The primary goal is to make it sound naturally intense (when it's supposed to sound intense), not as loud as possible. Don't worry too much about LUFS, the streaming services will boost your tracks anyway.
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- KVRAF
- 3303 posts since 27 Mar, 2010 from UK
Dont think eq and individual tracks mentioned, sorry if i missed it.
Starting from scratch on each stem, checking eq, position in mix, sidechain or freq cut offs where parts are battling for the same freq, aoundstage, panning instruments, keep bass and instruments central and low.
When you start looking after your tracks individual dynamics, the mix will be clearer and cleaner so when you get yo buss/master stage, you will achieve higher loudness without the mud and potential distortion.
Any livr instrumebts, samoles, vocals, check their clean, no ground noise or unintended nuances that you feelnshouldnt be there.
All sums up nicely, ready for the first response to the OP.
Starting from scratch on each stem, checking eq, position in mix, sidechain or freq cut offs where parts are battling for the same freq, aoundstage, panning instruments, keep bass and instruments central and low.
When you start looking after your tracks individual dynamics, the mix will be clearer and cleaner so when you get yo buss/master stage, you will achieve higher loudness without the mud and potential distortion.
Any livr instrumebts, samoles, vocals, check their clean, no ground noise or unintended nuances that you feelnshouldnt be there.
All sums up nicely, ready for the first response to the OP.
