MXR Classic 108 Fuzz Mini

£124.99

This is a New MXR Classic 108 Fuzz Mini from MXR, listed in Fuzz Pedals on Just Pedals. Read More below.

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The MXR Classic 108 Fuzz Mini provides all the same vintage fuzz tones in such a smaller pedal. The Classic 108 Fuzz is loaded with BC-108 transistor for a clear, round dirty crunch. Also featuring the no-nonsense control interface the pedal is easily controllable and allows you to use the controls to your liking and start riffing. The Classic 108 Fuzz includes a buffer switch on the side to make the fuzz play nicely with the wah pedals overall providing you with the same classic vintage tones.

Key Features

  • Same Vintage Tones as MXR Mini
  • Two-knob interfaces
  • Buffer Switch
  • Plays Well with Wah Pedals
  • Includes ECB003 9V Adapter
  • True Bypass

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Brand

MXR

MXR’s first product was the Phase 90, released in 1972. Dunlop’s official MXR history traces the early line from that compact phaser to the Distortion+, Dyna Comp compressor and Blue Box octave fuzz—circuits that remain central reference points for the brand. JustPedals carries those classic families alongside the Carbon Copy analog delay, Micro Amp, Talk Box and bass effects. MXR’s range is deliberately broader than one effect category: compare the model number and version, especially where a classic circuit has later reissues, mini enclosures or expanded controls.

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

True Bypass

Connects input directly to output through mechanical or relay switching when the effect is off, removing the active circuit from the audio path. It avoids buffer colour but leaves cable capacitance and switching design to influence high-frequency loss and possible switching noise.