Tag: How It Works
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Behind the Scenes – Regista – Part 3: How It Works
A Console Mindset in a Pedal Format Regista looks simple at first glance, yet the internal architecture follows the logic of a recording console rather than a typical guitar pedal. Every stage of the circuit works toward the same purpose. The goal is to give the player precise and musical control of the mids, similar… Read more
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Behind the Scenes – Mosphoros – Part 3: How It Works
The Architecture of Motion Mosphoros was designed around movement. Instead of a single gain block followed by a tone circuit, it uses several interacting MOSFET stages that build texture, depth, and harmonic weight as you play. Each section responds to the previous one, so the sound never just increases in volume; it grows in character.… Read more
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Behind the Scenes – Mosrawr – Part 3: How It Works
Building a Fuzz Around Movement Mosrawr isn’t just another wall-of-fuzz pedal. It was designed to feel alive, to move, shift, and react as you play. Instead of chasing raw volume or saturation alone, it focuses on how those elements evolve through the gain structure. Each stage shapes the texture differently, so the sound builds rather… Read more
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Behind the Scenes – Shodhana – Part 3: How It Works
A Circuit Built on Balance From the very start, Shodhana was built around a single guiding idea: balance. Not only in tone, but also in architecture, function, and feel. It deliberately lives in the space between transparency and character, and between simplicity and depth, all without leaning on complex tone stacks or graphic EQs. Instead,… Read more
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Behind the Scenes – Mostard – Part 3: How It Works
A boost that does more than boost At first glance, Mostard looks like a clean boost, and it is. But inside, it’s built very differently from most pedals in that category. Instead of relying on a standard gain circuit that just turns everything up (including the stuff you don’t want), Mostard was designed to be… Read more
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Behind the Scenes – Basilisk – Part 3: How It Works
Chained and Charged: The Basilisk Circuit When we started designing the Basilisk, we knew it needed to be more than just another distortion box. It had to feel like unleashing something ancient and powerful. Something dangerous but controlled. Like a beast sleeping under the city, waiting for the right signal to rise. This is how… Read more
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Behind The Scenes – Moschops – Part 3: How It Works
A Choppy Beat with a Smooth Soul Moschops is a tremolo that goes beyond the expected. Built to pulse, swell, and chop with character, it brings movement to your tone in a way that’s deeply musical and expressive. Whether used for subtle motion or bold rhythmic cuts, it adds dimension without ever compromising feel. At… Read more
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Behind the Scenes – Capharnaüm – Part 3: How It Works
Capharnaüm was built to create a massive, layered fuzz sound that stays musical and dynamic, avoiding the sudden gating or cut-off typical of extreme fuzz circuits.By blending two very different gain textures and shaping them carefully after summing, it offers an unusually versatile yet chaotic character. Splitting the chaos. After a buffered input stage, the… Read more
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Behind the Scenes – Twin Peaks Eiger-Mönch – Part 3: How It Works
Complex Design, Simple Use At its core, the Twin Peaks Eiger-Mönch features a carefully engineered delay circuit. While it offers plenty of sonic depth, its interface remains intuitive and rewarding. We didn’t want to create a pedal with extreme, gimmicky settings that sound great once and then collect dust. Instead, we built something that works… Read more
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Behind The Scenes – Mo(s)ghoul – Part 3: How It Works
If Mosferatwo delivered amp-like overdrive and Tri-Hormonic Phalanx expanded into multistage harmonic distortion, then Mo(s)ghoul takes things into high-gain territory, pushing MOSFET saturation to the extreme. Designed to be brutal yet dynamic, Mo(s)ghoul doesn’t rely on traditional clipping diodes or external soft-clipping elements. Instead, it stacks multiple MOSFET gain stages in series, progressively increasing saturation… Read more