Guitar Pedalboard Plans: How to Plan, Build, and Set Up Your Board
Written by the LiferLine team with the help of AI research
Why Planning Saves You Money
In our experience, a pedalboard built without a plan almost always ends up rebuilt within the year. Pedals end up in the wrong order, the board turns out to be the wrong size, the power supply runs out of outputs, and the cable routing turns into a tangled afterthought. Every one of those problems forces you to either buy new gear or start over, sometimes both. We think spending an hour planning before you spend a dollar on hardware is one of the highest-return investments you can make in your gear.
The guitar pedalboard was developed as a solution to the complexity of managing multiple effects on stage, pioneered by Pete Cornish in the 1970s. (Source: Wikipedia) We apply that same organizational thinking to every board we help plan: map everything out in advance, account for power and signal routing, and build it once instead of over and over.
Measuring Your Pedals
We always tell players to start by measuring every pedal they own or plan to buy. Grab a tape measure and write down each pedal's width and depth in inches or centimeters. Most pedalboard planning tools and community resources talk about pedal footprint, the two-dimensional floor space a pedal occupies, not height, and that's the number that actually matters for layout. Some pedals (particularly large reverbs and multi-effects units) take up a dramatically larger footprint than a compact drive or tuner does.
Once you have your measurements, we recommend cutting out paper templates for each pedal and arranging them on a flat surface. It's a low-tech approach, but it lets you experiment with layouts without committing to anything. You'll see clearly how much real estate each pedal takes up, whether a larger pedal will block access to a smaller one behind it, and whether your intended signal chain order is even achievable in the physical space you have.
Choosing a Board Size
As far as board size, small pedalboards, typically holding four to five pedals, suit players who travel frequently, perform at small venues, or simply want to keep their rig focused. They fit easily in a backpack or an overhead bin and force disciplined, intentional pedal choices. A medium board, sized for eight to ten pedals, covers most working musicians' needs and offers enough flexibility for different set requirements.
Large boards holding twelve or more pedals suit players running complex, production-level rigs; typically those who perform the same set night after night with specific tones dialed in for each song. For most players, we think a medium board strikes the right balance of capability and manageability. Whatever size you choose, leave physical space for at least one or two additions. A board that's exactly full the day you build it forces you to rebuild it the day you find a pedal you can't live without.
Budgeting for Power
Power planning is, in our view, one of the most overlooked parts of pedalboard design. Every pedal needs a specific voltage (almost always 9V for standard effects, though some call for 12V or 18V) and a minimum current draw measured in milliamps (mA). Add up the mA requirements for every pedal on your planned board, then make sure your power supply provides at least that total, with comfortable overhead. A supply running at its absolute limit will introduce noise.
Modern isolated power supplies dedicate a separate output to each pedal, which avoids the ground loops and noise interference that daisy-chain power adapters can cause. Integrated power supplies became a standard feature of well-built pedalboards precisely because the noise benefits are significant. (Source: Wikipedia) As you plan your board, match each power output to the pedals that need it. Don't assume all outputs are identical; many supplies include a mix of standard 9V outputs and higher-current or higher-voltage outputs for the more demanding pedals.
Designing Your Cable Routes
We think cable routing is worth planning before you build the board, not after. Sketch a simple diagram showing the path from your guitar input jack, through each pedal in signal chain order, to your amp output. Mark where patch cables will run between pedals and note any spots where cables will need to cross over each other or navigate around a larger pedal.
Right-angle connectors on patch cables let the cable lie flat against the board instead of bending up in a tight arc that puts strain on the connector, which is why we build most of our patch cables with right-angle plugs on both ends. On a well-planned board, most cables run along the edges and under the board surface rather than across the stomp areas. Planning your cable routes in advance also helps you buy the right lengths; too long and you've got loops of excess cable cluttering the board, too short and the cable stays under tension the whole time it's installed.
Flat vs. Tiered Boards
Flat boards are simpler and lighter, but they put every pedal at the same level, which can make it awkward to reach knobs on a pedal in the back row without bending down. Tiered boards, which raise the back section above the front, solve that problem and also open up space underneath the rear section for running cables, storing a power supply, or fitting a small wireless receiver.
Some players land on a single-angle sloped board as a middle ground, slightly elevated toward the rear, which keeps every pedal visible and accessible without the added complexity of a full two-tier design. In our view, the right choice depends on how many pedals you're running and how often you adjust settings mid-performance. If you set everything before the show and leave it alone, a flat board is fine. If you're riding knobs during songs, a tiered layout that brings the controls toward you is worth the extra bulk.
Planning for Different Playing Styles
Different musical contexts call for different board architectures, which is part of why we build custom-length cables rather than one-size-fits-all sets. For example, a blues player typically centers the board around a tuner, a compressor, one or two overdrives at different levels of saturation, and a simple reverb, five pedals that cover a wide range of tonal ground. A metal player, on the other hand, might prioritize a tuner, a noise gate, a high-gain distortion, and perhaps a second noise gate after the drive, with less emphasis on modulation and reverb.
Ambient players and those playing instrumental music often build boards that prioritize modulation and time-based effects: multiple reverbs, delays with different timing characteristics, a looper, and perhaps a pitch-shifting pedal. Country players frequently lean on a compressor, clean boost, and chorus, with a reverb suited to the cleaner amp tones of that genre. Simply put, understanding what your music demands before you build your board helps make sure every pedal on it earns its space.
Built for This
We build the Forever Cables Pedalboard Pack with six hand-soldered patch cables (two 6-inch, two 12-inch, and two 18-inch), using Mogami wire and Neutrik connectors, and we back every one with our Forever guarantee. One pack, every length you need, built to outlast your board.
Stay in the loop
New gear guides, limited promos, and launch updates. No spam.
References
- Wikipedia: Guitar pedalboard, Pete Cornish as pioneer of the guitar pedalboard in the 1970s; integrated power supplies as a standard feature of modern pedalboards.
- Wikipedia: Effects unit, Categories of effects and their roles in the signal chain; stompbox form factor.