Josh Scott is doing something no one else does: teaching you to build a fuzz face while literally giving away a vintage smiley to a viewer. This isn't a typical DIY video — it's part of the JHS Short Circuit series, where building kits becomes theater. And the history he drops in is genuinely good.
The first face is from 1966 Ivor Arbiter was involved in creating it the legend is the circular base comes from he saw the base of a mic stand he wanted to make a circle and this was Jimmy Hendricks arriving in London the same year the first face came out
This is a wild claim. Most people think Hendrix invented the fuzz face — or at least made it famous. Scott's correction isn't just pedantic. He's pointing to Ivor Arbiter, whose circular pedal enclosure design literally changed how we build guitar gear today. The connection between that mic stand base and the iconic fuzz face silhouette? That's the kind of origin story that actually matters for understanding why these circuits matter.
Scott also clarifies something many players never grasp: silicon versus germanium isn't a tonal preference — it's a polarity issue. "The only difference here if you'll notice the transistor emitter is pointing the other way" — this is technical, but it's the real reason vintage fuzz faces behave so differently from modern clones.
The Silicon Face Explained
When Scott walks through the schematic, he's not just showing components. He's naming the architecture: input stage, collector resistor, feedback loop, emitter situation on Q2. But here's what makes this valuable:
"the fewer Parts in a circuit the more everything matters and that's why this becomes complex if you're building a CLA or a tube screamer if it works it's just going to work because it's a different type of circuit but these matter so much every choice"
This is the core insight. A fuzz face isn't complicated — it has maybe 12 components. But that simplicity means every single choice matters. One capacitor value changes, and your guitar goes out of tune. One transistor batch differs, and suddenly your fuzz becomes a screaming feedback monster. Scott isn't warning you away from building one; he's telling you why the simplest circuits are actually the hardest to get right.
His bin of vintage pedals proves it:
"I have I think I have 15 or 16 silicon fuzz faces they all sound different"
Sixteen pedals, each slightly different. This is why people hunt for specific transistor pairs. This is why the vintage market for fuzz faces is insane.
The Counterpoints
Critics might note that Scott's historical coverage leans heavily on the legend without sourcing. He references "Nick over at fuzzbox org" but doesn't explain what makes his history credible versus any random forum poster. The technical walkthrough also skims several complex topics — transistor biasing, collector resistor ladders, feedback loops — while promising to "dive into how this works on another episode." It's a teaser that may frustrate builders who want concrete build instructions.
Bottom Line
Josh Scott's strongest move here isn't the schematic explanation. It's the framing: these pedals are sacred, and building one is an act of historical preservation. The technical content is solid but scattered — this transcript is from a video with constant giveaway interruptions. What makes it worth your time is the context: why silicon fuzz faces behave so erratically, why that matters for tone, and how simple circuits demand obsessive attention to detail.
The history lesson alone justifies 15 minutes.