How I Built The Perfect Pedalboard | Start to Finish

What if I told you that building the perfect pedalboard isn’t just about pedals and power supplies, but about perseverance and persistence?

A little over a year ago, I embarked on a journey to create the ultimate pedalboard—a journey filled with surprises, setbacks, and problem-solving. What I thought would be a straightforward build quickly turned into a challenge, testing my patience and creativity at every turn.

In this post, I’m going to condense that year-long quest into a step-by-step guide. Whether you're building your first pedalboard or looking to upgrade your current setup, you’ll likely encounter some of the same challenges I did. Hopefully, my experience can save you time, money, and frustration along the way. Let’s dive in.

---

The Vision and the Challenge

When I set out to build my pedalboard, I had a few key goals:

• Sparkly clean tones

• Textured, wide ambient swells

• Maximum creativity

• Versatility to cover a wide variety of sounds

Sounds simple, right? Well, I quickly realized this wasn’t a plug-and-play project. After testing various pedals and board configurations, I finally landed on a setup that would give me the most tonal flexibility without compromising audio quality.

Once I had a general idea of my pedal choices, the next challenge was finding the right board. I needed something affordable, durable, and capable of clean cable management. Thankfully, I discovered the Rockboard Board Configurator, an online tool that allowed me to visualize my layout and anticipate potential snags. It helped me determine:

• What size board I needed

• What kind of power supply to use

• Minimum cable lengths for my setup

Using this tool was a game-changer, but as I’d soon find out, nothing is perfect on paper.

---

Pedal Selection and Signal Flow

Here’s the lineup I decided on, in order of signal flow:

1. Behringer FC600 Volume/Expression Pedal – A heavy-duty volume pedal with an expression function and a side input for a tuner.

2. Rockstock Nano Tuner – A compact yet highly visible tuner, hooked up via the volume pedal’s side input.

3. Donner EQ Seeker – A 7-band graphic EQ, perfect for shaping tone and boosting signal.

4. Wampler Ego 76 Compressor – A high-quality compressor with blend control for natural dynamics.

5. JET Pedals Unity 6 Looper/Switcher – The brain of my board, featuring a touchscreen, MIDI control, and six rearrangeable analog loops.

6. Caline Pure Sky Overdrive – A transparent overdrive pedal that enhances natural amp tone.

7. Lamb Overdrive – A versatile overdrive with warm, tube-like characteristics.

8. ARP-87 Delay – A multi-mode delay pedal with tap tempo and modulation control.

9. Tonex Amp Modeler – My virtual amp and pedal modeler with 150 tone captures and stereo outputs.

10. X-Space Reverb – A high-quality stereo reverb with 16 algorithms and MIDI connectivity.

11. Slöer Ambient Reverb – A dreamy reverb with multiple modes and infinite sustain capability.

Finally, my stereo outs travel to the Rockboard MOD 3 patchbay, keeping everything clean and organized.

---

The Setbacks Begin

Problem #1: Space Constraints

My dream setup was just a bit too ambitious for the board I ordered. While the online tool helped, I didn’t account for the difference in cable sizes—some of my non-Rockboard cables took up more room than expected. This led to a tough decision: something had to go.

Instead of removing pedals, I got creative. The EQ and compressor are “always on” pedals, so I decided to mount the EQ under the board to save space. Problem solved… or so I thought.

Problem #2: A Pedal That Wouldn’t Auto-Power On

I quickly realized that my EQ pedal wouldn’t turn on automatically when power was supplied. If I mounted it under the board, I’d have to flip everything over to press the power button—not ideal. After some research, I discovered a solution: modding the pedal.

Using a multimeter, I found the switch contacts that controlled power. I soldered a jumper wire to bypass the manual switch. At first, it worked—but then the pedal’s microcontroller reset the bridge after power loss. After more troubleshooting, I found another bypass method using a 1k transistor, finally getting the pedal to stay on when powered. Victory!

---

Overcoming Power and Cable Management Challenges

To ensure everything powered up smoothly, I used an isolated power supply with inline adapters for tricky pedals. Proper cable management was also crucial. I secured everything with Velcro and zip ties, keeping the underside clean and minimizing interference.

The biggest breakthrough came when I rearranged my signal flow. Placing the EQ up front gave me better tonal control, while keeping delay and reverb last ensured clarity.

---

The Final Assembly and Testing

After hours of mounting, wiring, and adjusting, it was time for the moment of truth. I plugged in the power supply, flipped the switch, and watched as each pedal lit up one by one. Everything powered on correctly, signal flow was clean, and—most importantly—the board sounded incredible.

---

Final Thoughts

Building a pedalboard isn’t just about choosing the right gear. It’s about problem-solving, creativity, and the satisfaction of crafting something that’s uniquely yours. If you’re planning your own build, here are some takeaways from my experience:

• Plan ahead – Use online tools to map out your layout before purchasing.

• Test fit everything – A “dry fit” before securing pedals can save headaches.

• Expect the unexpected – Issues will arise, but creative solutions exist.

• Invest in good cable management – A clean setup is easier to troubleshoot and maintain.

Have you faced any challenges while building your pedalboard? Let’s discuss in the comments!

Mixing for Stereo Width

Mixing involves so much more than just moving faders around. It encompasses a whole skill set that has to be fine tuned and honed over years of practice. One prevailing question that I get is , "How do I get my mix to sound wide and full?" Well, as stated above, there are a lot of factors that go into creating stereo image. I am going to cover some of the basics first, and then we will dive a little deeper.

Wide vs. Full

When someone asks me that question I have to correct them in their presumption that both attributes (Wide and full) are one in the same. Although both contribute to one another, when someone asks this question they need to know that they are speaking of two different textures in a mix. For instance, a guitar can sound full and not sound wide, and vice versa.
Just like most everything else in mixing, a "full" sound can be subjective to the listener. However, anyone can spot a wide sound in the right listening environment. To me a "full" sound is a natural sound. It is more a feeling that comes from the instrument that places you in the same room with it, as if it were right in front of you. Whereas, a wide sound, places the instrument all around you and envelops you. So, now that I have set that straight, we can move on to ways we can achieve stereo width.

True Stereo vs. Stereo Shams

When I first started mixing, I thought that simply cloning a track and panning them hard right and left, would give me stereo sound. I soon found that there is no stereo width achieved by doing that. Essentially, all you are doing is creating a louder Mono track that now takes up more real estate on both ears, and your ears cannot decipher the difference between a single Mono track and a double of the same.

The best way to get true stereo sound is to record the same part twice, on two separate tracks, and then pan them out. The small inconsistencies in your playing will add up to  huge sound that your ears can decipher now as two different parts. You can use the same source, and the same settings if you'd like, although it may add more depth to add or remove elements from the second track.

Another way to get decent stereo results is by utilizing different mics and mic placements. There are a ton of ways to set up two microphones to record in stereo. One of my favorites right now is "Mid-Side Recording". In the video below I will cover that in further detail.

Then there are the shams... These are stereo widening plug-ins, delay plug-ins, and others that emulate width. Although you can get some usable results from these in certain situations, if you want real width you can feel, then you need to take a little extra time to layer another track or record in stereo. In the video below I will give you an example of both true stereo and stereo emulation. Don't forget to subscribe to the channel while you 're there.