When I first sat down at a front of house console and was asked to also handle the band’s monitor mixes, I froze. There were eight musicians, six sends, and a clock ticking down to doors. That was the night I learned how to mix monitors from front of house properly, and it’s the reason I wrote this guide.
Mixing monitors from front of house means controlling every stage monitor mix from the same console that runs the house sound. There’s no separate monitor engineer, no second desk, no safety net. You do everything.
I’ve spent the last several years working club gigs, wedding bands, and small touring acts from the FOH position while running monitors at the same time. In this guide, I’ll walk you through the exact workflow I use, from signal flow to sound check, so you can run both jobs without losing your mind.
Table of Contents
What Mixing Monitors From Front of House Actually Means
Mixing monitors from front of house means using aux sends on your FOH console to create separate mixes for each performer on stage. Each aux send acts like an independent mixer that travels to a wedge or wireless IEM transmitter.
Most club and small venue consoles give you 4 to 8 aux sends. Each one becomes a dedicated monitor mix. If you have 4 sends, you might mix lead vocals, all other vocals, drums, and instruments. If you have 8, you can give each band member their own custom mix.
The key idea is that what you do at the FOH faders does not affect the monitor mix, and vice versa. That’s why pre-fader aux sends exist, and why they matter so much.
Pre-Fader vs Post-Fader Aux Sends Explained
A pre-fader aux send takes the signal before the channel fader. Pulling the fader down for the house mix does not change the monitor level. A post-fader aux send takes the signal after the fader, so the monitor level follows whatever you do with the channel fader.
For monitor mixes, always use pre-fader. I learned this the hard way during a solo vocal segment when I dropped the lead vocal fader for a song and the singer could suddenly hear nothing. With a pre-fader send, that doesn’t happen.
Here’s how to decide what to mix pre-fader vs post-fader:
Pre-fader: All monitor mixes, FX sends for reverb that you want to stay regardless of fader moves
Post-fader: Effect sends you want to fade out with the channel, like a delay throw on a vocal
On most digital consoles, you can switch each aux between pre and post on a per-channel basis. Use this to your advantage.
Pre-EQ vs Post-EQ Routing for Monitor Mixes
Pre-EQ routing means the monitor send gets the signal before the channel EQ. Post-EQ routing sends the signal after your EQ settings have shaped it. This single decision affects everything about how your monitors sound.
Pre-EQ is usually the safer choice for monitors. When you cut low mids on the FOH channel to clean up the house mix, you don’t want that same cut disappearing in the singer’s wedge. Many engineers prefer a separate, dedicated EQ for the monitor path so they can shape wedges independently.
On digital consoles like the Yamaha CL/QL series, Midas HD96, or Behringer X32, you can assign a separate parametric EQ and graphic EQ to the aux output. That gives you a dedicated monitor tone that doesn’t fight your house EQ decisions.
My rule of thumb: if the venue is small and you have time, set up a separate monitor EQ. If you’re patching in fast, use pre-EQ sends and adjust later.
How to Ring Out Monitors Step by Step
Ringing out a monitor is the process of finding and reducing the feedback frequencies before the show. Skipping this is the #1 reason wedges howl at the worst possible moment. I ring out every monitor before every sound check, even on a familiar stage.
Follow these steps to ring out your monitors properly:
Set up the mic and wedge first. Place the wedge in front of the mic at the angle the performer will use. Use the same mic the singer will use during the show.
Bring up the mic channel gain to performance level. Your preamp gain should match what you’ll use during the actual show, not a quiet check level.
Slowly raise the aux send to that monitor until you hear the first frequency start to ring or feed back.
Identify the ringing frequency. Use a parametric EQ or a real-time analyzer on the graphic EQ to find the exact frequency. Common culprits are 200 Hz, 400 Hz, 800 Hz, 1.6 kHz, and 3.2 kHz.
Cut 3 to 6 dB at that frequency with a narrow Q on the parametric EQ, or a single slider on the graphic EQ.
Repeat the process until you can push the monitor 3 to 6 dB above performance level without feedback.
Save your EQ settings as a scene or preset for future gigs at the same venue.
When I ring out, I push the monitor 5 dB louder than the singer will need it. That gives me headroom. If the room is empty, raise the levels on every monitor because the room absorption changes once a crowd fills in.
Gain Staging for Monitor Mixes
Gain staging is the foundation of every monitor mix. If your preamp gain is wrong, your EQ won’t behave, your faders won’t feel right, and feedback becomes a constant battle.
Here’s the gain staging process I use for every monitor mix:
Set the gain with the channel muted in the monitors. Have the singer sing or the drummer hit the loudest part they will play.
Watch the channel meter and set the gain so the average hits around -18 dBFS, with peaks under -6 dBFS on digital consoles.
Engage the HPF (high-pass filter) on every vocal mic. Start at 80 Hz and adjust. This removes low-end rumble that wastes amp power and triggers low-frequency feedback.
Use the pad switch if the source is too hot for the preamp. Drums and loud guitar cabs often need the pad engaged.
Polarize mics correctly. The rear rejection of a cardioid mic should point at the wedge, not the audience.
One forum comment from r/livesound stuck with me: “Gain staging is critical, take extra time for it.” That engineer was right. I now spend 20 minutes on gain before I touch a single aux send.
Monitor EQ: Graphic vs Parametric
You have two main EQ tools for shaping monitor mixes: parametric EQs and graphic EQs. Most digital consoles give you both, and they work best together.
A parametric EQ lets you choose the frequency, bandwidth (Q), and amount of boost or cut. It’s surgical. I use parametric EQ for surgical cuts during ringing out, and to fix specific problem frequencies in a wedge.
A graphic EQ uses fixed frequency bands (usually 31 bands at one-third octave intervals). It’s faster to grab a slider during a show if feedback starts creeping in. Many FOH engineers insert a graphic EQ on every aux output for this reason.
The workflow that works for me: use parametric EQ to identify and cut problem frequencies, then engage the graphic EQ as a safety net during the show. If something starts to ring mid-song, the graphic EQ is right there to grab.
Sound Check Workflow for Monitor Mixing
A solid sound check workflow is what separates a stressful show from a smooth one. Here’s the exact sequence I run every time I mix monitors from front of house.
Step 1: Set up the stage and patch everything. Label every channel. Confirm which wedge or IEM mix each aux send goes to. I run a line check on every channel before the band arrives.
Step 2: Ring out every monitor. Do this before the band gets on stage. You can’t get a true ring out with a singer standing in front of the mic.
Step 3: Set gains for every channel. Play the source, set the gain, adjust the HPF, label the channel.
Step 4: Build a default mix for each performer. Start with everyone hearing themselves plus a rough balance of the band. Most engineers default to “more me” than the band needs, so the performer can ask for cuts.
Step 5: Run a full song with each performer. Have the band play a song they’ve played a thousand times. Walk the stage during this and adjust.
Step 6: Save your scene. Name it with the date and band. Pull it up before the show and you’ve got a starting point.
One trick I learned from a touring FOH engineer: build the monitor mixes first, then the house mix. If the band is happy, the audience will be happy. The opposite is rarely true.
Communication Techniques With Performers
Monitor mixing is as much about communication as it is about signal flow. The best monitor mix in the world fails if the performer doesn’t know how to ask for changes.
Here are the communication habits that have saved me dozens of shows:
Use a talkback mic assigned to a dedicated monitor send. When a singer has a question, you can answer without shouting across the venue.
Establish a clear channel for requests. Tell the band to use a hand signal or a stage talkback mic. Avoid yelling “more me” between songs.
Use the “more me, less them” language. It’s easier for a non-technical musician to say “more guitar” than to describe a frequency.
Do a verbal check at the end of every song. Walk over to the drummer or use talkback to ask “How’s the mix?” A two-second check prevents a 30-minute problem later.
Trust the artist’s ear. They know what they need to hear to perform well. Your job is to deliver it, not to fight them.
From the forum threads I’ve read, communication is the single most common pain point for FOH engineers running monitors. The pros solve it with a talkback mic and a clear workflow.
IEM vs Wedge Monitors: When to Use Each
In-ear monitors and stage wedges solve the same problem from different angles. Picking the right one for each performer changes how you build mixes entirely.
Wedges are forgiving, easy to set up, and what most club-level bands expect. They also bleed into every other mic on stage, which causes feedback and reduces control over individual mixes.
In-ear monitors isolate each performer, give you a consistent mix regardless of where they stand, and dramatically reduce stage volume. They require more setup, a wireless system, and a band that knows how to ask for changes without hearing the room.
Here’s how I decide per performer:
Lead vocals: IEM if possible. They get the cleanest mix and protect their hearing.
Backing vocals: Wedges are fine and often cheaper. They need to hear each other and the room.
Drums: Often a wedge for the drummer’s own feel, plus IEM mix for click tracks or click-only routing.
Bass and guitar: Usually wedges. They need to feel the air move.
Keys: Either works. IEM if the band runs tracks.
For a 7-piece band, a hybrid rig is most common. IEMs for vocals and click, wedges for the backline.
Talkback System Setup and Fader Flip
Two features quietly save your sanity on a monitor gig: a talkback mic and fader flip. Both exist on most digital consoles and are criminally underused.
The talkback mic gives you a private channel to talk to any aux mix. Assign it to send 7 or 8, then route that aux to whichever wedge or IEM mix you need to address. Most engineers assign talkback to every aux at a low level so anyone can hear announcements.
Fader flip is a digital console feature that swaps the function of the faders. In monitor mode, faders control aux sends. In FOH mode, faders control channel levels. Press a button and you switch instantly between the two worlds.
Here’s how I use fader flip during the show:
Build the FOH mix with faders in normal mode.
Hit fader flip to view aux send levels. The faders now show what’s going to each wedge.
Make a small adjustment like boosting the lead vocal in their wedge.
Hit fader flip again to return to the FOH mix. Total time: 5 seconds.
If your console doesn’t have fader flip, assign a dedicated bank or layer to aux sends. The principle is the same: get fast access to monitor levels without scrolling through menus.
Troubleshooting Common Monitor Issues
Even with great prep, things go wrong mid-show. Here are the fixes I keep ready for the most common problems.
Sudden feedback in one wedge: Grab the graphic EQ on that aux and pull 3 dB at the frequency that’s ringing. Sweep slowly if you don’t have an RTA.
Performer says they can’t hear themselves: Check that their aux send is up, then check their mic is on, then check the wedge power. About 80% of the time it’s a power or cable issue.
House mix sounds thin but monitors are loud: You may have left too much energy on stage. Pull the wedge volumes back, especially the low end, and let the house shine.
Band keeps asking for “more me” until feedback starts: Set a hard limit and explain that more me means feedback. Adding a touch of delay or reverb can make a vocal feel louder without raising the actual level.
One channel goes dead mid-song: Swap the cable at the stage box first, then check the patch. Don’t bury yourself in menus while the band is playing.
Daily Setup Routine Checklist
Use this checklist on every show. It runs about 30 minutes from arrival to sound check ready.
Power up console and stage rack, confirm firmware and date
Patch all input channels and label them
Assign output channels to wedges and IEM transmitters
Set HPF and pad on every channel
Ring out each monitor at the angle the performer will use
Set preamp gain for every input, watching meters under live signal
Build a default monitor mix for each aux send
Test talkback mic into every aux send
Confirm the fader flip layer is mapped and tested
Save the scene with the date and band name
I’ve run through this checklist on hundreds of shows. It’s the difference between a calm show and a chaotic one.
FAQs
How to properly mix a live band from front of house?
Start with gain staging on every channel, then ring out each monitor before the band arrives. Build a default monitor mix for each aux send, then run a full song with the band to refine. Save the scene and adjust during the show using fader flip for quick access to aux sends.
How do I make a monitor mix on a digital console?
Use the aux sends on your console. Each aux send creates a separate mix that goes to a wedge or IEM transmitter. Set the sends to pre-fader so the monitor level stays independent of your FOH fader moves. Raise each channel in the aux for the channels that performer needs to hear.
How do I set up IEM mixes for a band?
Assign one aux send per IEM mix, route it to the wireless IEM transmitter, and set the send to pre-fader. Patch each performer’s bodypack to the right transmitter. Build a default mix with their own voice prominent, then add the instruments they need to stay in time and pitch.
How do I prevent feedback in stage monitors?
Ring out every monitor before sound check by slowly raising the level until it feeds back, then cutting the ringing frequency with a parametric or graphic EQ. Use the HPF on every vocal mic, keep the rear of the mic pointed away from the wedge, and never exceed the level you confirmed during ringing out.
What is pre-fader vs post-fader for monitor sends?
Pre-fader sends take the signal before the channel fader, so the monitor level stays the same no matter what you do at FOH. Post-fader sends take the signal after the fader, so the monitor level follows your FOH fader moves. Always use pre-fader for monitor mixes.
How long does it take to ring out monitors properly?
It takes about 10 to 15 minutes per monitor if you do it carefully. Ringing out six wedges on a full band setup takes around an hour. The time pays off in a feedback-free show, so most engineers ring out every monitor before every sound check.
Do I need a separate monitor engineer?
In clubs and small venues, no. Mixing monitors from front of house is the standard approach. For larger tours with complex IEM setups or large monitor rigs, a dedicated monitor engineer becomes worth the cost. Most bands under a 7-piece can be handled from FOH with the right workflow.
What is fader flip on a digital console?
Fader flip is a feature on most digital consoles that swaps the faders to control aux send levels instead of channel levels. Press a button and the entire fader bank shows your monitor mixes. Press it again and you’re back to your FOH mix. It makes mid-show monitor adjustments fast and visual.
Final Thoughts on Mixing Monitors From Front of House
Learning how to mix monitors from front of house turns a one-person job into a calm, repeatable workflow. Start with pre-fader aux sends, ring out every monitor before the band arrives, set your gains carefully, and build a default mix for each performer. Use talkback and fader flip to communicate and adjust quickly during the show.
The first time you run monitors from FOH is stressful. The second time, it’s manageable. By the tenth gig, it’s second nature. Stick with the workflow in this guide, save your scenes, and trust the process. The band will hear themselves clearly, and the show will run smoother than you ever expected.