Caroline Guitar Company Olympia Shigeharu Fuzz Pedal

£239.00

This is the Caroline Guitar Company Olympia Shigeharu Fuzz Pedal from Caroline Guitar Company, listed in Fuzz Pedals on Just Pedals. Read More below.

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Here's what Caroline Guitar Company say about the Olympia Shigeharu:

Tired of your fuzz getting lost in the mix? Wish you could just pour molten sonic gravy from your speakers? Imagine classic Muff-style fuzziness with the punch of a classic overdrive, and you have Shigeharu.

Using a cascading hybrid of op-amp and BC184 transistor gain stages, Shigeharu provides all the sweet singing sustain and massive flamethrower gain you crave, but with unprecedented clarity, improved punch and definition, and consistent performance wherever it sits in your signal chain – even after buffers or wireless units. Combine that with the parallel octave-up voiced fuzz available on demand with the Havoc stomp and you have a whole lot of nasty right here.

Two extra controls reside inside the pedal – a bias/gate control for dialing up broken, spitty sounds, and a slide switch that locks the octave-up “on” and converts the momentary to a kill/mute switch.

Shigeharu was designed in collaboration with our friend John Snyder at Electronic Audio Experiments, because this thing was fearsome enough to compel us to seek a second opinion.

Brand

Caroline Guitar Company

Category

Fuzz Pedals

Fuzz drives the signal into extreme clipping, often flattening the waveform and generating a thick spectrum of harmonics. Transistor type, bias, input loading and tone filtering create markedly different responses, from loose and velvety to gated, spluttering or octave-rich. Some circuits interact strongly with pickup impedance and guitar volume, while others include buffers or blends for a more consistent response.

Tags

Hybrid

Combines analogue and digital stages within one signal or control design. A digital section may provide memory, routing or modelling while analogue circuitry supplies clipping, filtering or amplification, so the order and blend of the two domains shape the final response.