How do you mix a song?
Start by organising the session and creating a strong balance using only volume and panning. Then fix problems with EQ, control dynamics with compression where necessary, establish a clear relationship between the kick and bass, place the vocal, create depth with reverb and delay, automate important moments, check the mix on multiple playback systems and export an unclipped high-resolution stereo file for mastering.
What is mixing in music?
Mixing is the process of combining the individual tracks in a recording into a finished stereo mix. A producer or mixing engineer controls the relationship between drums, bass, vocals, instruments and effects using tools such as volume, panning, EQ, compression, saturation, reverb, delay and automation.
The objective is not to put a plugin on every channel. It is to make the song communicate clearly. The listener should understand what matters, the low end should feel controlled, the vocal should sit where the song needs it, and the arrangement should retain impact when the track becomes busy.
Mixing and mastering are different stages. Mixing works with the individual tracks inside the production. Mastering works with the completed stereo mix and prepares that mix for final delivery. If you need the second stage, use our step-by-step guide to mastering a song.
How to mix a song in 12 steps
There is no compulsory plugin order, but a repeatable workflow stops you from fixing problems that could have been solved with a fader.
Organise the session before mixing
Rename tracks, remove obviously unused material, group related instruments and route sensible groups to buses. Put drums together, vocals together, instruments together and effects returns somewhere you can find them.
Check edits, fades and obvious recording problems now. Mixing becomes unnecessarily difficult when clicks, badly cut vocal takes or accidental duplicate clips remain hidden inside the session.
Make sure individual channels and buses are not clipping. You do not need to chase a mythical universal gain-staging number. You simply need enough working margin to process and combine tracks without unintended overload.
Build the static mix with faders first
Before reaching for EQ or compression, play one of the densest sections of the song and balance the important elements using volume alone.
Decide what the listener is supposed to notice first. In a vocal record that may be the lead vocal. In an instrumental it may be the drums, bass, riff or melodic hook.
If the song already feels convincing with only faders, the rest of the mix becomes refinement rather than rescue.
Use panning to create separation
Panning places sounds across the stereo field. Keep elements centred when the arrangement needs them to feel anchored, and move supporting elements outward when doing so improves clarity or width.
Do not pan simply because a track exists. Ask whether the position improves the arrangement. Two competing instruments can sometimes become clear immediately when one is moved left and the other right.
Periodically check the mix in mono. Wide effects, layered samples and stereo processing can behave differently when the left and right channels are combined.
Use EQ to solve tonal conflicts
EQ changes the balance of frequencies. Use it when a sound is too dark, harsh, boxy, thin, boomy or when two important elements occupy too much of the same spectral space.
Begin with the problem you can actually hear. If a vocal feels cloudy, identify the area creating that impression before cutting. If a bass lacks presence on small speakers, determine whether the arrangement, level, harmonics or EQ is really responsible.
High-pass filters can remove genuinely unnecessary low-frequency content, but do not automatically high-pass every track. Removing useful low-frequency information simply because a tutorial gives you a number can make a mix smaller rather than cleaner.
Control dynamics with compression
Compression reduces level differences according to the threshold, ratio, attack, release and other controls of the processor. In a mix it can stabilise vocals, shape drums, control bass movement or make a group of sounds behave more cohesively.
Listen for the result rather than chasing a specific amount of gain reduction. A compressor should solve a musical problem. If bypassing it makes no meaningful difference—or improves the track—remove it.
Attack and release matter because they change how the compressor interacts with transients and musical movement. Slower attack settings can preserve more of an initial transient; faster settings can restrain it more aggressively. The correct choice depends on the source.
Make the kick and bass work together
Low-end problems are often relationship problems. The kick and bass can each sound impressive in solo and still fight when played together.
Decide which element supplies the deepest weight, check their levels, examine the arrangement and listen to how their transients overlap. EQ can create space where appropriate, while sidechain compression can reduce one element when the other hits—but sidechaining is an option, not a requirement.
Always judge bass in the context of the full track. Solo mode can help diagnose a problem, but listeners never hear your bassline in isolation.
Place the lead vocal in the record
For vocal-led music, the lead vocal needs a deliberate position. Start with level. Then correct distracting resonances or tonal problems, control excessive dynamics where necessary and use de-essing only when sibilance requires it.
Reverb and delay can create depth, but too much ambience can push a vocal behind the track. Automation is often more transparent than forcing one compressor setting to hold every word at the same apparent level.
For a deeper hip-hop-specific vocal workflow, see how to mix and master rap vocals.
If the vocal contains heavy noise or separation artifacts, cleaning the source can be more effective than stacking additional processing.
Open AI Vocal CleanerUse buses to control groups
Routing related channels to buses makes large sessions easier to manage. Drum tracks can feed a drum bus, background vocals can feed a vocal bus and several instruments can feed a music bus.
Group processing can then shape the collection as one unit. Small EQ changes, saturation or compression can sometimes create cohesion, but a bus does not automatically need processing simply because it exists.
Create space with reverb and delay
Reverb and delay establish depth, scale and atmosphere. Shorter ambience can add dimension without obviously sounding wet, while longer reverbs and delays can become audible creative elements.
Using sends lets several tracks share the same space and gives you independent control of the effect return. Filtering the return can stop low-frequency buildup or unnecessarily bright repeats from covering the dry signal.
Ask whether the effect improves the emotion of the record. Space is part of the arrangement, not decoration added at the end.
Automate the song instead of freezing the mix
A mix should follow the arrangement. A vocal may need to rise slightly in one phrase. A delay might appear only on the last word of a line. The chorus may need more width or energy than the verse.
Automate volume, effect sends, panning or processor parameters when the emotional movement of the song calls for it.
Static settings establish the foundation. Automation turns that foundation into a performance.
Check the mix away from your main speakers
Listen on more than one playback system. Headphones may expose clicks or stereo details. Small speakers can reveal whether the vocal and midrange survive without deep bass. A car can expose low-frequency imbalance.
Use one or two professionally released reference tracks from a similar musical world. Match their listening level before comparing them with your mix so that a louder reference does not automatically appear better.
Take notes, return to the session and fix only problems that remain obvious after the break.
Export the mix for mastering
Listen through the entire song one final time. Check the beginning and ending, edits, automation, reverbs, delays and any section where the arrangement changes dramatically.
If the mix will be mastered separately, avoid using a final limiter purely to make the file loud. Make sure the master output is not clipping and export an uncompressed stereo file.
You do not need to force the mix to an arbitrary peak such as exactly -6 dBFS. The important requirement is a clean, unclipped file with sufficient numerical precision for the next stage.
A beginner mixing chain
There is no universal plugin chain that works on every sound. A useful beginner framework is to start with the smallest number of processors required to solve the problem.
Some tracks will need all five. Some will need only the fader. That is normal.
What if you only have the finished song?
Traditional mixing requires access to the separate recordings. If all you have is one stereo song, AI source separation can extract vocals, drums, bass and other musical elements so you can work with them independently.
Split a Song Into Stems8 common mixing mistakes
A sound can be beautiful alone and wrong inside the song.
A fader move can solve problems that would otherwise become a six-plugin chain.
Use charts as orientation, not instructions.
Control is useful. Removing all movement usually is not.
More bass is not the same as better bass.
Width needs contrast. A mix with no centre can lose focus.
Regularly reduce monitoring level and take breaks so perspective does not disappear.
A limiter cannot repair an arrangement or balance problem upstream.
Best export settings for a mix
| SETTING | RECOMMENDATION | WHY |
|---|---|---|
| Format | WAV or AIFF | Uncompressed audio for the mastering stage. |
| Bit depth | 24-bit or 32-bit float | Preserves high numerical precision for further processing. |
| Sample rate | Keep the project/session rate | Avoid unnecessary conversion during the mix export. |
| Master level | No clipping | There is no need to force an exact peak level such as -6 dBFS. |
| Limiter | Usually off for a separate mastering pass | Preserves dynamics unless the limiter is intentionally part of the sound. |
Final mixing checklist
How to mix a song FAQ
What is the first thing you should do when mixing a song?
Prepare the session, then create a static balance with the faders. Levels and panning should establish the basic musical hierarchy before you begin adding processors.
Can you mix a song using only stock plugins?
Yes. Modern DAWs normally provide the fundamental tools required for mixing, including EQ, compression, panning, automation, reverb and delay. Third-party plugins can offer different workflows or sounds, but they are not a prerequisite for learning to mix.
Should I mix with headphones or studio monitors?
Either can be used. If possible, check the mix on both and then verify it on additional playback systems. Learning the strengths and weaknesses of your listening environment matters more than owning one specific speaker model.
How loud should my mix be before mastering?
There is no universal requirement to hit an exact peak such as -6 dBFS. Avoid clipping the master output and provide a clean high-resolution mix. The mastering stage can then establish final loudness.
What is the difference between mixing and mastering?
Mixing balances and processes the individual tracks in the production. Mastering works with the completed stereo mix, carrying out the final tonal, dynamic and delivery decisions before release.
How long does it take to mix a song?
There is no useful universal time target. Session complexity, recording quality, arrangement, revisions and experience all affect the process. A finished mix is determined by the result rather than the number of hours spent on it.
From first session to final master
If you are still learning the complete production process, start with Music Production for Beginners. Once the mix is finished, continue with How to Master a Song.