# How to Get Your Tracks Loud Canonical URL: https://elstraymastering.com/2026/02/27/how-to-get-your-tracks-loud/ Markdown URL: https://elstraymastering.com/blog/how-to-get-your-tracks-loud.md Page type: post Last modified: 2026-05-05T15:37:16 Source: El Stray Mastering public website ## Summary How to make tracks louder without flattening punch, wrecking transients, or losing the mix's energy. ## Content 5 min read Mastering Fundamentals El Stray Mastering It is the most common frustration in modern digital production. You have crafted a beautiful, punchy mix. You compare your volume to a commercial track on Spotify and realise your song is incredibly quiet. To compensate, you place a heavy limiter on your master bus and crank the input gain. Instantly, the magic disappears. Your kick drum loses its punch, the cymbals turn into harsh digital hiss, and the song sounds like it is pumping and gasping for air. Achieving commercial loudness without destroying musicality is an art form. It requires stepping away from a single plugin and embracing a system. Limiter Do not make it do everything A final limiter should finish the level, not rescue the entire mix. Transients Control the sharpest peaks earlier Drums and other short hits decide how hard the limiter has to work. Density Build loudness in stages Clipping, saturation, glue compression, and final limiting each do a smaller job. The loudest parts of many mixes are short transients. If those peaks are uncontrolled, the final limiter reacts to the hit instead of the whole song. The brickwall trap ### Why single limiters fail. A brickwall limiter behaves like an unrelenting ceiling. Its sole job is to stop audio from passing 0 decibels. In a typical mix, the loudest elements are almost always short, sharp transients like a snare drum or a kick drum. When you ask a single limiter on the master channel to increase the overall volume of a track by 10 decibels, those drum transients violently crash into the ceiling first. The limiter is forced to aggressively compress the entire track just to handle the volume of the snare drum. This aggressive reaction is entirely responsible for the ugly pumping sensation and the loss of low end energy. Input gain The track gets louder The first few dB can feel exciting because the average level rises quickly. Ceiling Transients hit first Kick and snare peaks crash into the limiter before the rest of the music catches up. Damage The groove collapses Pumping, hiss, lost low end, and smaller drums are the usual price of panic limiting. Deep utility ### The secret of staged clipping. The secret to pristine loudness is spreading the workload over multiple stages before the audio ever reaches the final limiter. The most powerful technique for this is staged clipping. Clip the drums first: Place a soft clipper plugin on your individual drum bus. Adjust the threshold to very gently shave just 1 or 2 decibels off the loudest peaks of the snare and kick. Your ear will not detect this tiny reduction in dynamics, but you have instantly saved 2 decibels of headroom. Saturation on bass: Use gentle analogue modelled saturation on sub bass elements. This rounds off unruly low frequency peaks and adds harmonics, making the bass sound louder on small speakers without eating up raw volume headroom. 01 Clip the drums first A soft clipper on the drum bus can shave 1 or 2dB from the loudest snare and kick peaks before the master limiter sees them. 02 Saturate the bass gently Analogue-modelled saturation rounds off unruly low-frequency peaks and adds harmonics so bass reads on small speakers. 03 Use glue compression A gentle 2:1 or 4:1 compressor with slow attack can hug sustained material while letting drum punch through. 04 Let the limiter finish By the final stage, the limiter should usually be doing 2 to 3dB of transparent gain reduction, not 10dB of panic control. Bass that reads on smaller playback is not always about more sub. Harmonics and control can make the weight feel louder without consuming all the headroom. Engineer perspective ### The limiter should finish the work. The Engineer’s Perspective: By the time your mix reaches the master bus, the loudest, sharpest transients should already be gently controlled. Your final limiter should only be doing 2 to 3 decibels of transparent gain reduction, not 10 decibels of panic control. Your final limiter should only be doing 2 to 3 decibels of transparent gain reduction, not 10 decibels of panic control. Gentle glue ### Compression before the final limiter. Before your final limiter, employ a master bus compressor with a gentle ratio, such as 2:1 or right up to 4:1, with a slow attack. A slow attack lets the vital punch of the drums pass through untouched, while the compressor gently hugs the sustained elements like the synthesisers and vocals. This creates glue and cohesion, raising the perceived density of the track organically. Normalisation ### Louder is not always bigger. Pushing a limiter to the absolute brink is no longer an effective strategy due to modern platform normalisation. Platforms such as Apple Music and Spotify enforce a ceiling of roughly -14 LUFS. If you provide a fiercely crushed master hitting -6 LUFS, the algorithm will mathematically turn your song down by 8 full decibels. Doing so means a highly dynamic, punchy track mastered correctly will ironically sound physically larger and hit harder than a hyper-compressed track suffering from the loudness penalty. Crushed -6 LUFS can be turned down If the master is only impressive because it is louder, normalisation can remove the advantage. Dynamic Punch can feel bigger A correctly mastered track can hit harder after level matching because the transient shape is still alive. Useful aim Compete without flattening The target is not the loudest number. It is level, weight, and musical movement together. Club playback rewards impact, not just numbers. A loud master still has to leave enough transient shape for the groove to move air. Hardware advantage ### Commercial loudness takes headroom and judgement. Achieving true, pristine commercial loudness is arguably the most difficult technical hurdle in audio production. It requires elite gain staging and a deep understanding of phase behaviour. Professional mastering engineers achieve this by running audio through dedicated, high headroom analogue circuitry and bespoke outboard limiters. This hardware effortlessly absorbs peaks and adds harmonic weight in a way that software struggles to emulate. If you have a beautiful mix that you are terrified of destroying with a digital limiter, seeking out an objective professional ensures your track will compete commercially whilst retaining all of its hard earned musicality. If the mix is close and you want level without collapse, Stereo Mastering is the usual final service. Keep reading ## Related guides worth reading next. Related guide Mastering 101 Related guide What is a compressor? Related guide What is LUFS? Understanding Loudness Units Full Scale in Audio Mastering For a second listen before booking, send the current mix, references if you have them, and the part you are unsure about. Ask the studio Stereo Mastering Stem Mastering Vinyl Mastering Full Mix and Master Direct replies from the room doing the work. Read about the studio. ## Key Internal Links - https://elstraymastering.com/2020/06/02/mastering-101/#limiting-finalisation - https://elstraymastering.com/2022/12/05/what-is-a-compressor/ - https://elstraymastering.com/2022/12/05/what-is-lufs/ - https://elstraymastering.com/product/stereo-mastering/ - https://elstraymastering.com/2020/06/02/mastering-101/ - https://elstraymastering.com/contact/ - https://elstraymastering.com/product/stem-mastering/ - https://elstraymastering.com/product/vinyl-mastering/ - https://elstraymastering.com/product/full-mix-and-master/ - https://elstraymastering.com/about-el-stray/