To install an effect with dedicated controls, you either have to drill new holes, or rewire your guitar to operate with fewer pots. Thanks, but no thanks-I’ll just bend over and twist the stompbox knobs.
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Meanwhile, that delay effect probably demands mix, rate, and feedback controls plus an on/off. Does the effect require knobs-and if so, where will you put them? Another advantage of choosing a gain effect is the fact that you can get great results with no added controls other than an on/off switch (which we’ll incorporate by replacing one standard pot with a push/pull pot). That’s another argument in favor of booster and distortion circuits: If they’re sufficiently dynamic, you can conjure many tones from them just by adjusting your guitar’s volume and tone knobs. What’s the payoff? Does mounting the effect in your guitar accomplish enough to justify the hassle? Perhaps not, if you’ll merely be switching the effect on and off. My take: The only onboard effects I use are those with low current draw, though I might install a delay or trem in a guitar with an easily accessible battery compartment (and I’d use rechargeable batteries).Ģ.
(In case you’re wondering, we’ll be replacing your mono output jack with a stereo one wired to remove the battery from the circuit when there’s no cable connected to the guitar.) I haven’t changed the battery for the germanium booster in my Les Paul in more than a year, and it still sounds awesome. It’s certainly fun showing up at a jam session with no pedals, and then breaking into a fat, distorted solo. On the other hand, most gain effects-boosters, distortions, fuzzes, and compressors-have relatively low current draw, and unlike ambient and modulation effects, they can still sound great when the battery starts to lose its charge.īeing able to summon effects from your guitar controls can inspire new musical ideas. (Either way, don’t forget to dispose of them at a certified local disposal and recycling facility.) Not to mention the ecological toll of burning through all those batteries. Weigh the prospect of having to change the battery after every show, especially if the change involves disassembling your guitar. How quickly does the circuit eat batteries? It may sound fun to have an onboard delay effect, but delays and most modulation effects can drain a battery in a few hours. It’s not just a matter of taste-there are logistical concerns. Just don’t do it on one of your ’59 Les Pauls. I’m too much of a klutz to attempt such things myself, though my guitar tech friends assure me it’s not terribly dangerous or expensive to have the operation performed professionally. You might also be able to modify your guitar wiring for fewer knobs, freeing up a hole for an effect control (more on this in a bit).Ī final option is to rout out extra space in your control cavity. There is no difference in sound or performance. That said, the project might be doable even in cramped-quarters guitars if you reclaim some space by downsizing your tone and volume pots from standard 24 mm to the 16 mm format found in most stompboxes. A separate battery compartment makes everything easier. If none of yours are up to the task, keep in mind that you can order bodies with pre-routed battery compartments, as on the Warmoth Jazzmaster-style body in Photo 6. There’s a chance you’ll find that the project just won’t work with some guitars. When you’re testing the fit, be sure to put the control cover or pickguard back on to verify that it closes properly. Sometimes it’s an easier fit, as in the spacious control cavity of the Gretsch baritone guitar in Photo 5. I used a thin piece of foam to insulate the battery from the surrounding hardware. In Photo 4, I’ve secured the circuit board to the back of the volume pot with double-sided foam tape. Strat-type guitars are a tighter squeeze, though the battery should fit between the knobs and pickup selector. Better yet, if the control cavity is deep enough, you can just lay a thin piece of foam on top of the pots ( Photo 3). On a Les Paul-style guitar, there’s usually room between and around the pots ( Photo 2). Your first task: Open your guitar’s control cavity, grab a 9-volt, and see where it fits. (Chances are the battery will hog more space than your circuit board, as in Photo 1.) And as we’ll see, the battery may also determine which effect you install. Part 1: It’s All About the BatteryĪny circuit you’re likely to install will probably require a 9-volt battery, so your first task is figuring out where it will go. The usual ass-covering applies: Don’t do anything stupid or dangerous.
Most gain effects-boosters, distortions, fuzzes, and compressors-have relatively low current draw, and unlike ambient and modulation effects, they can still sound great when the battery starts to lose its charge.