Double Fuzz with Octave Up
The Hoof Reaper™ features our popular Hoof™ and Tone Reaper™ fuzz pedals in one handy enclosure with the added bonus of an old school analog octave up. It was originally released as a special limited run item back in 2010 and demand was so high that we decided to reintroduce it back into our line. Capable of creating everything from subtle octave-up overtones through crushing octave squalls that simulate exploding stacks of amps. Each effect can be used individually as well as in series but the order of effects is preset for optimum performance.

Controls
Tone Reaper

Tone: Treble to the left, Bass to the right
Fuzz: Controls the sustain and nature
Level: Controls the output

Hoof

Fuzz: Controls Sustain and Gain
Tone: Treble to the right, Bass to the left
Level: Controls the output
Shift: Controls the mid frequencies. More pronounced to the left, scooped to the right.

Flexi-Switching
This device features Flexi-Switch™ Technology on the Octave switch! This relay-based, true bypass switching style allows you to simultaneously use momentary and latching style switching.

For standard latching operation, tap the foot switch once to activate the effect and then tap again to bypass.
For momentary operation, hold the foot switch down for as long as you’d like to use the effect. Once you release the switch the effect will be bypassed.
The Hoof and Tone Reaper feature relay based true bypass switches. Since the switching is relay based, it requires power to pass signal.

Measures
4.75″ x 5.65″ x 2.25″with knobs

Power
The Hoof Reaper can be powered by a standard 9-volt DC power supply with a 2.1mm negative center barrel. We always recommend pedal-specific, transformer-isolated wall-wart power supplies or multiple isolated-output supplies. Pedals will make extra noise if there is ripple or unclean power. Switching-type power supplies, daisy chains and non-pedal specific power supplies do not filter dirty power as well and let through unwanted noise. Do not run at higher voltages!

Current draw: 6 mA