You can keep things simple and use the Looking Glass for tone shaping, glassy boost and light overdrive, or go further down the rabbit hole into the raw, psychedelic sounds of a vintage amp pushed to the brink of failure. Featuring a new hybrid of Class-A discrete FET design, the Looking Glass’
Outputs: Jack 6,3 mm TS | Controls: Ring;Gain;Dist;Frequency;Output | Colour: Blue | Depth (mm): 118.8 | Type: Ring Modulator;Distortion | Battery Type: 9V | Inputs: Jack 6,3 mm TS | Power Supply: 9V DC ( - ) | Battery Operation: Yes | True Bypass: Yes | Weight (g): 280.0 | MIDI Interface: No | Width (mm): 66.8 | Number of
Guitar distortion floor effect pedal. It features three-band parametric equalizer, True Bypass and a specially designed circuit from Black Arts ToneWorks also designed for baritone and bass guitars. It has Distortion, Depth, Level controls and extra control for Low Level, Low Frequency, Mid Level,
Analog guitar fuzz pedal. Combining the Carcosa's wide-ranging after bias control with two toggle positions creates tones that range from porcine fatness to dessicated shards. This versatility makes the Carcosa Fuzz a good companion for dirty or clean amps. True bypass, tons of output, and the
Colour: Yellow | Battery Operation: Yes | Type: Boost;Overdrive;Distortion | Controls: Gain;Level | Power Supply: 9V DC ( - );Adapter or Battery | Battery Type: 9V | Width (mm): 66.8 | Height (mm): 57.15 | USB: No | MIDI Interface: No | Weight (g): 281.0 | Inputs: Jack 6,3 mm TS | UK/EU Power supply included: No | True
Booster guitar effect pedal with a buffer function. This pedal is commanded by two main pots – Volume for the amount of boost and Tone for a either a bass or treble boost. The buffer function is switched by a central switch and it counters the signal loss in packed pedalboards with this pedal at
A Mosfet type Distortion Pedal designed for electric guitar. It is made of aluminum, offers independent Gain, Level, Low (Tone) and High (Tone) controls and True Bypass. The device is equipped with a blue LED that indicates its activation. A Mosfet circuit is able to very closely simulate the sound