Repeater Fuzz by Reuss

The Reuss Repeater Fuzz Mk III is a compact pedal that integrates four effects based on the built-in effects of vintage Vox guitars from the 1960s, such as the Starstream and Ultrasonic models. The pedal contains three original 1960s circuits of the Vox guitars (fuzz into treble/bass booster into repeat percussion), faithfully recreated, along with a powerful clean boost to compensate for the inherent volume-loss of the vintage circuits. The pedal also features a send/return loop to connect a wah pedal into the correct place in the signal chain, allowing users to mimic the built-in 'palm wah' effect of the old Vox guitars.

Specifications:
- Four effects in one compact pedal, based on the built-in effects of vintage Vox guitars (Starstream, Ultrasonic, etc. )
- Vintage correct Vox 'distortion' (fuzz), 'treble/bass booster,' and repeat percussion circuits
- Vintage correct 'tin can' BC108, BC109, and 2N2646 transistors
- Powerful, switchable clean boost circuit to compensate for volume-loss
- All four effects can be used individually, with a master bypass footswitch to turn the complete pedal on and off
- Mechanical true bypass switching for all four effects
- Send/return loop to connect a wah pedal (or other effect) in the correct place in the signal chain
- High build-quality based on through-hole components
- Neutrik jacks, Mammoth Electronics footswitch
- Bypass: True bypass
- Power consumption: 9V DC center negative (power supply sold separately), 25 mA
- Dimensions: H: 5 cm (incl. knobs), W: 12 cm, D: 9.9 cm
- Weight: 369 g
- Compact footprint: 11.9 x 9.4 cm (standard Hammond 1590BB size)
- 24 months warranty against manufacturing faults

The Reuss Repeater Fuzz Mk III is handmade in the European Union and features high-quality construction with no SMD parts, only vintage-style 'through hole' construction. It runs on a standard 'Boss-style' 9V DC 'negative center' guitar pedal power supply or a 9V battery. Additionally, it includes highly advanced Reuss-designed power supply noise filtering circuit at the 9V DC jack.