The Fuzz Bouquet is a fuzz/distortion pedal from Stonegate FX, described by RockBoard's PedalPedia as "a captivating fuzz/distortion pedal" and "a highly customizable variant of the classic Big Muff."1 It sits in the fuzz corner of the gain family, alongside the broader ranges of distortion pedals and overdrive pedals.
What it does
The Big Muff is one of the best-known fuzz designs, and the Fuzz Bouquet takes that circuit as its starting point rather than copying it outright. RockBoard's PedalPedia says the pedal is "highly customizable, offering an exceptional range of sonic possibilities, allowing guitarists to sculpt their sound."1 In practice that means the player shapes the fuzz character to taste instead of accepting one fixed voicing, which is what separates it from a straight Big Muff clone.
The maker frames it as a pedal built for serious use: "Made with no compromises in tone and quality, for touring, studio use and everything in between."1
Power and circuit
The Fuzz Bouquet is an analog design, listed by RockBoard's PedalPedia with a circuit type of analog.1 It runs on 9V DC, center negative, the standard supply polarity used across most compact pedals, so it can share a board supply with the rest of a rig.1
Questions
What kind of pedal is the Stonegate FX Fuzz Bouquet?
The Fuzz Bouquet is a fuzz/distortion pedal made by Stonegate FX. The maker describes it as a highly customizable variant of the classic Big Muff circuit, offering what it calls an exceptional range of sonic possibilities so guitarists can sculpt their sound. It is an analog pedal intended for touring, studio use and everything in between.
Is the Fuzz Bouquet analog, and how is it powered?
Yes, the maker lists the circuit type as analog. It runs on 9V DC with a center-negative power supply, the same standard used by most compact pedals, so it fits a typical pedalboard power setup. The maker's product page is the source for both the circuit type and the power specification.
Sources (1)
- Fuzz Bouquet by Stonegate FX, RockBoard PedalPedia, 2026