Mooer Ragemachine Distortion Pedal

£59.00

This is a New Mooer Ragemachine Distortion Pedal from Mooer, listed in Distortion Pedals on Just Pedals. Read More below.

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Taking inspiration from some of the most famous distortion pedals made specifically for metal, the Mooer Rage Machine brings these sought-after high-gain tones to the masses. Enclosed in a fully metal micro pedal enclosure, this pedal is perfect for squeezing onto any board and is built to last. With a wide range of distortion on tap the Rage Machine covers the full range of different metal styles.

Specification

  • True bypass
  • Input: 1/4” monaural jack (impedance: 470k Ohms)
  • Output: 1/4” monaural jack (impedance: 100 Ohms)
  • Power Requirements: AC adapter 9V DC (center minus plug)
  • Current Draw: 128 mA
  • Dimensions: 93.5mm (D)×42mm (W)×52mm (H)
  • Weight:160g

Related videos

Brand

Mooer

In the current JustPedals catalogue, Mooer is represented by Multi-Effects Pedals, Distortion Pedals and Multi Effects. Current listings include Baby Bomb 30, ABY and X2 Preamp. That makes the range relevant to players looking for drive, gain and clipping, plus time-based effects and ambience. Check each model for its exact circuit or processing platform, controls, power requirements and connections, particularly where the catalogue includes both pedals and supporting gear.

Category

Distortion Pedals

Distortion pedals use stronger or more deliberate clipping than a typical overdrive, adding harmonics, compression and sustain. Some are voiced for amp-like crunch, others for high-gain rhythm or a deliberately abrasive texture. Gain, tone, presence, resonance and output controls determine how the pedal interacts with the amplifier and pickups; a blend or noise gate can preserve clarity in heavier settings. Placement changes the result, so check whether the design is intended to push an amp, run into a clean platform or feed a direct cabinet simulation.

Tags

True Bypass

True bypass removes the effect circuit from the audio path when bypassed, usually by mechanical, relay or switching circuitry. This can preserve the direct signal but does not automatically solve long-cable loading, and it may create a pop or leave no buffer for the rest of the board. Check the actual switching method, trails or spillover, input and output loading and the number of other true-bypass pedals in the chain.