Summary

There is no single "correct" pedal order. There is a suggested starting order that tends to behave predictably, and then there are reasons to move things around based on what you want each pedal to actually do. This is a breakdown of the most common pedal types, where they usually go in the signal chain, and what changes when you move them. The goal is to help you understand why order matters so you can make informed choices instead of just copying someone else's board.

Quick answer

A solid default pedal order is: wah, fuzz, univibe/phaser/flanger, lower gain overdrive, higher gain overdrive, boosters, compression, chorus/pitch shifting/tremolo, delay, reverb. That is a starting point, not a rule. Once you understand what changes when you move a pedal, you can break from that order any time you have a reason to.

Definitions

Compressor - A pedal that grabs the initial attack peak of your note, squashes it, and evens out the rest of the signal. It reduces the gap between the loudest and quietest parts of your playing.

Overdrive - A pedal that clips your signal to add harmonic saturation. Lower gain overdrives add mild breakup. Higher gain overdrives push further into distortion territory.

Booster - A pedal that raises your signal level. It can be clean (just louder) or it can add some color, but the primary job is increasing output.

Fuzz - A heavily clipped, harmonically rich distortion effect. Fuzz pedals are often more reactive to picking dynamics and guitar volume than overdrive pedals.

Wah - A sweepable bandpass filter controlled by a foot rocker. It emphasizes a narrow band of frequencies and moves that band up and down as you rock the pedal.

Tremolo - A volume modulation effect that pulses your signal up and down at a set rate.

Chorus - A modulation effect that duplicates your signal, slightly detunes and delays the copy, and blends it back in to create a thicker, moving sound.

Buffer - A circuit that converts your guitar's high impedance signal to low impedance. Any active pedal that is switched on is acting as a buffer and changing the impedance your guitar sees.

The core principle

There are no final answers when it comes to pedal order. There are only better questions. The goal is to understand what changes when you move something in your chain, and then choose the placement based on the job you need that pedal to do. Every placement is a tradeoff, and the right tradeoff depends entirely on what you're trying to accomplish.

Compressor: before or after overdrive

This is one of the first questions people ask when they start building a pedalboard, and it's a good one because the answer changes depending on what you want the compressor to do.

What a compressor actually does to your signal

Your pick attack creates a big initial waveform at the start of every note. That attack is what your ear uses to perceive clarity and immediacy. A compressor grabs that attack peak, squashes it down, and then evens out the rest of the note so the tail sustains longer relative to the initial hit.

The result is that notes feel rounder, more controlled, and they sustain longer. There's also a psychological effect that's worth mentioning. Compression changes how you play. When you feel that even sustain and that controlled response under your fingers, it naturally pulls you toward certain styles of playing. Country players live in compression for exactly this reason.

Compressor before overdrive (the standard recommendation)

Most guides will tell you to put the compressor before your overdrive. The reasoning is that it evens out your picking dynamics before the overdrive sees them, so the overdrive gets a more consistent input signal and clips in a more controlled, smoother way.

That's true, and it works fine. But here's what's actually happening when you do that. The compressor is squashing your attack peak before the overdrive ever sees it, so you lose some of that initial punch going into the drive. The overdrive receives a more leveled signal, clips more consistently, and the overall result is smoother and more compressed. You're not losing clarity exactly, but you are shortening that initial transient that gives your notes their front edge.

The other thing that happens is double compression. The compressor compresses your signal, then the overdrive compresses it again through clipping. That can sound great if you want a really smooth, sustained lead tone. But it can also feel like the life has been squeezed out of your playing if you go too far with it.

Compressor after overdrive (try this)

When you move the compressor to after the overdrive, the relationship changes completely. The compressor is no longer altering what the overdrive sees at its input. The overdrive does its clipping thing exactly the way it would without the compressor in the chain at all. Then the compressor takes that already-clipped signal and controls the output level while adding sustain after the fact.

This is a really useful distinction. When the compressor is after the drive, it functions almost like a controlled boost. It raises your level but keeps it from overshooting, and it adds sustain without changing the character of the overdrive itself.

Here's where this becomes really practical. If your amp is already cranked and compressing on its own, stacking another overdrive in front of it for a solo often doesn't make you louder. It just gives you more saturation and more compression. You get more squish but you don't poke above the band the way you need to for a lead part. If your goal is "I need to be heard above the mix for this solo," a compressor after your drive can give you that level lift without stacking more gain into an already compressing signal chain.

You can also adjust the compressor's threshold when it's in this position. If you raise the threshold so it doesn't clamp down as hard, you get a more subtle boost feel instead of an obvious squash. It becomes a very controllable way to step up for leads and step back down for rhythm.

The short version

Want the compressor to push your overdrive harder and add more saturation and smoothness? Put it before. Want the compressor to act as a level controller and sustain boost without changing your drive character? Put it after.

Stacking overdrives and boosters: why order changes gain vs volume

When you stack two gain pedals together, the order determines whether you're adding more saturation or more volume. This is one of the most practical things to understand about pedal order because it applies every time you stack anything.

Booster before overdrive

When a booster goes before your overdrive, it raises the input level hitting the drive. The overdrive responds by clipping more. Clipping acts like compression, so that increased input turns into more saturation and sustain rather than a proportional volume increase. You don't hear a massive volume jump. You get more gain, more compression, and longer sustain.

Booster after overdrive

When a booster goes after your overdrive, it's not pushing the overdrive any harder at the input. The overdrive clips exactly the same way it would without the booster. The booster simply lifts the signal level after the drive has already done its thing. So you keep the same drive character but you get louder.

The practical rule

Want more squish and more drive? Put the booster before. Want the same drive sound but louder? Put the booster after. This same logic applies to almost any gain stacking scenario. Whatever is first is shaping what the second pedal sees, and whatever is second is acting on the full output of what came before it.

Fuzz placement: why fuzz usually goes first

The common advice is to put fuzz at the very front of your signal chain, and there's a real technical reason for this, especially with germanium fuzz pedals.

Why germanium fuzz wants to see your guitar first

Germanium transistors are sensitive to the impedance of whatever signal they're receiving. Your guitar's passive pickups put out a high impedance signal, and that's what germanium circuits are designed to work with. When you put an active pedal in front of a germanium fuzz and switch it on, that pedal changes the impedance relationship. The fuzz doesn't like it. It can sound thin, sputtery in a bad way, or just wrong.

This is a common point of confusion because people think about bypass types and forget what happens when pedals are actually on. True bypass only describes what happens when a pedal is off. When a pedal is switched on, it's part of the circuit and it's changing your signal, including the impedance. So even if every pedal on your board is true bypass, the moment you switch on a booster or a tuner or anything active in front of your germanium fuzz, you've changed what the fuzz sees and it may not respond the way you expect.

That's why the standard recommendation is to put germanium fuzz right at the front of your chain, before anything else. Some fuzz pedals are designed to be more tolerant of buffers and low impedance signals, but as a general rule, if you have a germanium fuzz, give it first crack at your guitar signal.

Boost before fuzz vs boost after fuzz

If you're running a boost with your fuzz, the same stacking logic applies. A boost before the fuzz pushes the fuzz input harder, which makes the fuzz saturate more. It gets crazier, more sustained, more intense. A boost after the fuzz lifts the level of the fuzz signal without forcing the fuzz to clip any harder. You keep the fuzz character but you get louder.

There's also a nice side benefit to running a light overdrive after fuzz. It can tame some of the harsh edges and smooth things out while still giving you a volume lift. It rounds off the top end of the fuzz in a way that makes it sit better in a mix.

Compressor, boost, and fuzz together: the preferred order

This is the question everyone eventually asks when their board gets more than a few pedals on it. If you're running fuzz, a boost, and a compressor, where does everything go?

Fuzz first, boost second, compressor third

Most players agree that fuzz goes first for the impedance reasons already covered. A light overdrive or boost after the fuzz gives you a way to lift level and smooth the edges. Then the compressor goes at the end of that group to control the overall output and add sustain.

Why compressor before fuzz usually doesn't work well

Fuzz is supposed to be dynamic. It responds to your picking attack, your guitar volume changes, and the natural variation in your input signal. That reactivity is a huge part of what makes fuzz sound like fuzz. A compressor in front of the fuzz reduces all of that variation. It squashes your dynamics before the fuzz sees them, which removes the very thing that makes fuzz expressive. The result often sounds more like a generic angry overdrive than an actual fuzz because you've taken away the wildness and the responsiveness.

Why compressor after the gain stages works well

When the compressor sits after your fuzz and your boost, it acts as a consistent ceiling. No matter what combination of gain pedals you're running, the compressor delivers a predictable output level and adds sustain. It becomes a reliable solo boost that doesn't change the character of whatever gain sound you've built. You just get louder and more sustained.

The tradeoff is that if you're hitting the compressor with heavy stacked gain, it can squash your dynamics more than you might want. In that case, you might turn the compressor off for more dynamic passages and rely on your booster alone for level changes. It depends on the sound and feel you're going for.

Wah and fuzz: why wah almost always goes before fuzz

The common placement is wah right at the beginning of the chain, and for fuzz specifically, wah before fuzz is the way to go for most players. Here's why.

Wah before fuzz

A wah is a sweeping bandpass filter. When it goes before your fuzz, it filters your guitar signal first, and then the fuzz distorts that filtered signal. The result is that you stay in the fuzz world the entire time. At no point does it stop sounding like fuzz. The wah sweep feels integrated with the fuzz tone, like the filter is shaping what the fuzz has to work with, and it sounds musical and controlled.

Wah after fuzz

When the wah goes after the fuzz, the fuzz creates its full, dense, saturated signal first, and then the wah filter sweeps across that already distorted signal. The wah is now emphasizing resonant frequencies in a much more dramatic way because it's working on a harmonically rich, compressed signal. This causes big level jumps, it gets rattly and harsh, and the timing of the sweep can feel aggressive in a way that takes over the sound.

The tradeoff

Wah after fuzz gives a more accentuated, dramatic wah effect with less of the fuzz character coming through. That might be exactly what you want in certain contexts, especially with milder overdrive. But for classic fuzz tones, most players prefer wah first because it keeps the fuzz character intact while adding the filter sweep on top.

Delay and reverb: why delay usually goes first

The standard order is delay before reverb, and both generally belong toward the end of your signal chain after your gain and modulation effects. Here's why.

Delay into reverb (the default)

When delay goes first, the delay creates its repeats, and then the reverb places the whole thing in a space. The repeats get the same reverb treatment as your dry signal, which tends to sound natural and cohesive. It's the simpler, more predictable result, and it's what most players default to for a reason. Also, it's the standard since amps often have built in reverb - and if you run a delay pedal into it then reverb will automatically be "after" the delay. Players have ran it this way for years, and it's the most common.

Reverb into delay (the experimental option)

When you flip the order and put reverb first, the reverb creates all of its small reflections and tail, and then the delay repeats all of those reflections. You end up delaying the reverb tails themselves, which creates more complex artifacts and a more confused, washy sound.

Reverb into delay with gain produces more weirdness, more artifacts, and a more experimental texture. If you're into ambient or progressive sounds and you like things to get a little strange and unpredictable, reverb before delay can be a creative tool. For most playing situations where you want things to sound clear and natural, delay before reverb is the safer bet.

Tremolo placement: why it matters more than you'd think

Tremolo is one of those effects that confuses people on placement because it doesn't fit neatly into the "gain first, time-based last" framework. It's a volume modulation effect, and where you put it relative to your delay and reverb changes the feel significantly.

Tremolo after delay and reverb

When tremolo goes at the very end after your delay and reverb, it's chopping up your entire wet signal, including the delay repeats and the reverb tails. This can make the timing feel messy because the tremolo is gating the ambience along with your dry signal. Depending on the tempo relationship between your tremolo rate and your delay time, it can create an uneven, distracting pulse.

Tremolo before delay and reverb

When tremolo goes before your delay and reverb, the tremolo pulses your signal, but then the delay adds repeated signal on top and the reverb fills in the gaps. The result is that the tremolo effect gets partially masked. The pulsing becomes less obvious because the delay and reverb are smoothing it over.

The sweet spot: delay, then tremolo, then reverb

This is a strong default that works well for most players. The delay creates its repeats first, then the tremolo pulses the delayed signal so the trem effect is clear and rhythmic. Then the reverb goes at the end and smooths the whole thing out, keeping it musical and natural.

There's a practical reason this feels right too. If you think about where tremolo sits in an amplifier's circuit, it typically comes after the preamp gain stages but interacts with the signal before the reverb tank. Many classic amp-based tremolo sounds put delay in front of the tremolo by default because the delay pedal would go into the amp's input. So when you run delay into tremolo into reverb, you're recreating a familiar signal flow that your ears are already used to hearing on records.

Tremolo at the very end after everything can also work well depending on what you're going for. And a lot of players treat tremolo like a modulation effect and put it before their delay and reverb, which is fine. But if you've never tried tremolo after your delay and before your reverb, it's worth experimenting with.

Chorus: before or after overdrive

This is a question that comes up constantly, and the answer depends entirely on how prominent you want the chorus effect to be.

Chorus after overdrive (the usual choice)

When chorus goes after your overdrive, the modulation effect is not being compressed or clipped (distorted) by the distortion. It's acting on the full distorted signal and it becomes very obvious. The chorusing is pronounced, lush, and can take over the sound in a big way. If you want that huge, shimmering chorus tone that defined a lot of 80s ballads and lead sounds, this is where you put it. For most players in most situations, chorus after dirt is the way to go because you actually hear the effect doing its thing.

Chorus before overdrive (the less common option)

When chorus goes before your overdrive, the modulation gets compressed and clipped along with your dry signal. The chorus effect becomes more subtle, more integrated into the core tone, and less obviously "processed." It's still there, but it feels like part of the guitar sound rather than something sitting on top of it.

A lot of 80s rigs actually ran chorus into the front end of a distorted amp, which is effectively chorus before distortion. That's a big part of why those tones had that thick, warm modulation feel rather than the more obvious, watery chorus sound. It's a cool sound, but it's a specific sound, and most players are going to prefer the chorus after their dirt where they can actually hear what the pedal is doing.

The Boss CE-2 example

The Boss CE-2 is worth mentioning specifically because it has no mix knob. It's voiced in a way that punches out, and when you put it after overdrive, it can be overwhelming for some players because there's no way to dial it back from the pedal itself. If a CE-2 after drive is too intense, moving it before the overdrive tames it significantly because the drive compresses the modulation. But here again, you change the sound a bit - you're now "distorting your chorus" rather than "chorusing your distortion".

More modern chorus pedals often have a mix knob that lets you reduce the intensity even when the pedal is after your drive. But the CE-2 is a classic voice and it's a strong effect, so placement becomes your primary way of controlling how much it takes over.

The starter pedal order

If you're building your first pedalboard and you need a default layout that behaves predictably, start here:

1. Wah
2. Fuzz (some fuzzes may need a buffer or buffered pedal between the wah and fuzz in order to work properly)
3. Univibe, phaser, flanger (modulation that works well before dirt)
4. Lower gain overdrive
5. Higher gain overdrive
6. Boosters
7. Compression
8. Chorus, pitch shifting, tremolo (modulation that works well after dirt)
9. Delay
10. Reverb

This is not the "right" order. It is a starting point that tends to work well for most players in most situations. From here, the idea is to move one thing at a time and listen to what changes.

A few things worth noting about this list. Not all modulation belongs in the same spot. Univibe-type effects, phasers, and flangers generally sound great before your dirt because the overdrive compresses the modulation and makes it feel like part of your core tone. Chorus, pitch shifting, and tremolo usually sound better after your dirt where the effect is more pronounced and sits on top of the driven signal. That said, these aren't hard rules. Univibe after dirt sounds different but it can be exactly what you want depending on the song. You just need to know what changes when you move it.

The overdrive order here is also worth explaining. Running a lower gain overdrive into a higher gain overdrive is a great way to push the higher gain stage into more saturation while keeping things musical. But you can absolutely flip that depending on what you're after. The point is that whatever pedal comes first is shaping what the second one sees.

One more thing on the wah and fuzz relationship. Some wah pedals have a buffer in them, and that buffer can cause problems with certain fuzz circuits, especially germanium designs. If your fuzz sounds wrong with the wah in front of it, the wah's buffer might be the issue. In that case, you may actually want to run the fuzz before the wah, or look into a wah that plays nicely with your specific fuzz. It's one of those things where you need to know what you're working with because not every wah and fuzz combination gets along.

Some common adjustments to try once you understand the basics: move compressor before overdrive if you want it to push more gain and smooth your attack going into the drive. Try tremolo between delay and reverb if you want the trem pulse to be rhythmic and clear. Move your booster after overdrive if you need a volume lift for solos instead of more gain.

The whole point is to understand the tradeoffs. Once you know what each placement does and why, you stop copying other people's boards and start building your own sound.

FAQ

Q: Does pedal order really matter that much? A: Yes, but not in a "there's one right answer" way. Every pedal in your chain is either shaping what the next pedal sees at its input or processing what the previous pedal already did to your signal. Changing the order changes that relationship, which changes the sound and feel. Some swaps make a subtle difference, and some completely change the character of your tone. The point is to understand what's happening so you can make intentional choices.

Q: Why does my fuzz sound weird when I put other pedals in front of it? A: This is almost always an impedance issue, especially with germanium fuzz circuits. Some fuzz circuits with transistors are designed to see the high impedance signal from your guitar's passive pickups. When you put an active pedal in front of the fuzz and switch it on, it changes the impedance to something the fuzz wasn't designed for, therefore it sounds different. The fix is to put the fuzz first in your chain, before any buffered or active pedals. Note that not all fuzz pedals are sensitive to this.

Q: Should I put my compressor before or after my overdrive? A: It depends on the job you want the compressor to do. Before overdrive, it evens out your dynamics and pushes the drive into smoother, more saturated clipping. After overdrive, it controls your output level and adds sustain without changing the drive character. If you're playing through a cranked amp and need a solo boost that actually cuts through, try the compressor after your drive.

Q: Where should wah go in my signal chain? A: Wah typically goes at the very beginning of the chain. If you're running fuzz, wah before fuzz is the standard recommendation. This keeps the fuzz character intact while the wah shapes the input signal. Wah after fuzz creates a much more dramatic, aggressive sweep that can cause level jumps and harshness, which some players want for specific sounds but most find too extreme for normal use.

Q: Is delay before reverb always better? A: Not always, but it's the more natural, predictable result for most playing situations. Delay first creates repeats and then reverb places everything in a space. Reverb first creates reflections that then get repeated by the delay, which produces a more complex, washy, and potentially confused sound. Most players prefer delay before reverb, but reverb before delay can be a great creative choice if you like experimental, ambient textures.

Q: Where does tremolo go on a pedalboard? A: Tremolo placement is more flexible than most effects, but a strong default is between your delay and your reverb. This keeps the trem pulse rhythmic and clear while the reverb smooths the result. Tremolo after everything can work but may chop up your delay repeats and reverb tails in a way that feels messy. Tremolo before delay and reverb can get masked by the wet signal filling in the gaps.

Q: Should chorus go before or after distortion? A: After distortion is the more common and usually preferred placement. When chorus is after your dirt, the modulation is pronounced and you can clearly hear the effect. Before distortion, the overdrive compresses the chorus and makes it much more subtle and integrated. That can be cool for a specific warm, thick sound, but most players rarely put chorus before their drive because you lose a lot of the effect. Pedals without a mix knob, like the Boss CE-2, are especially sensitive to this choice because you can't dial back the intensity from the pedal itself, so placement before drive becomes your main way to tame it if it's too much.

Q: Can I run my booster before and after my overdrive? A: You can, and many players do with separate boost pedals in different chain positions. A booster before your overdrive pushes the drive into more saturation and compression. A booster after your overdrive raises the output level without changing the drive character. Having both options available gives you the ability to add more gain for rhythm parts and more volume for leads without changing your core drive sound.

Q: What if I break the suggested pedal order and it sounds good? A: Then you're doing it right. The suggested order exists because it tends to behave predictably for most players in most situations. But there are professional players all over the world running delay before distortion, reverb into driven amps, and all kinds of "wrong" orders because it works for what they do. The suggested order is a starting point for understanding, not a rulebook. If it sounds good, it is good.

Q: My fuzz sounds weird with my wah in front of it. What's going on? A: Some wah pedals have a buffer built into them, and that buffer changes the impedance of the signal before it hits your fuzz. Certain fuzz circuits, especially germanium designs, don't respond well to that low impedance signal. The result is a fuzz that sounds thin, weak, or just wrong. If you're running into this, you have a few options. You can try running the fuzz before the wah, you can look into a wah that's designed to work with fuzz pedals, or you can use a fuzz that's more tolerant of buffers. It's a compatibility issue between specific pedals, not a universal rule, so it's worth knowing what your particular wah and fuzz are doing to each other.

Q: Do univibe, phaser, and flanger go in the same spot as chorus? A: Not necessarily. Univibe-type effects, phasers, and flangers generally work well before your dirt because the overdrive compresses the modulation and makes it feel more integrated into your core tone. Chorus, on the other hand, usually works better after dirt where the effect is more pronounced. That said, univibe and phaser after dirt sound different but not bad. It depends entirely on the sound you're going for. The key difference is that chorus tends to lose too much of its character before dirt for most players, while univibe and phaser-type effects can thrive in that position.