Brand

Crazy Tube Circuits

In the current JustPedals catalogue, Crazy Tube Circuits is represented by Overdrive Pedals, Tremolo & Vibrato Pedals and Multi-Effects Pedals. Current listings include Mirage JR Reverb, Time Digital Delay and Unobtanium Dual Overdrive. 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

Multi-Effects Pedals

Multi-effects pedals combine several processing blocks—such as drive, modulation, delay, reverb, pitch and amp modelling—in one foot-controlled unit. Presets, scenes, USB, MIDI, expression inputs and direct outputs can make them flexible for live and recording work. Compare the internal signal path, the number of simultaneous blocks, editing method, latency and cabinet simulation rather than judging only by the effect count. Also check footswitch spacing, power requirements and whether the unit can integrate cleanly with an amplifier or mixer.

Tags

Analogue

Analogue products use continuous audio circuitry for some or all of the signal path, so clipping, filtering or modulation arises from physical components rather than sampled algorithms. The label does not guarantee a particular tone; component choice, headroom, bias, noise and the surrounding gain stages still matter. Check whether the switching, presets, control section or cabinet stage is digital when the exact signal path is important.

Fuzz

Fuzz pushes a signal into intentionally non-linear clipping, often with strong sustain, compression and harmonic roughness. Circuits range from gated splutter and octave-rich textures to broad, woolly saturation, and their response can change with pickup level and guitar volume. Bias, tone, gain and input impedance affect the clean-up and feel. Check whether the fuzz prefers to see the guitar directly, how it handles buffers, and its power and noise requirements.