Hamstead Soundworks RedWing Analogue Stereo Modulator

Modulation Elevation

Bucket Brigade Devices have been at the heart of our favourite modulation effects since the first compact pedals and studio units were introduced almost half a century ago. Repeatedly responsible for era-defining sounds across genres, they are perhaps even more beloved now than ever for their inimitable sonic characteristics.

Collaborating with Dan and Mick of ‘That Pedal Show’, we embarked on a journey to create a pedal capable of authentically harnessing those classic sounds. And we didn't stop there, uncovering a whole world of new and inspiring ways to interact with these wonderful devices in the stereo field.

The result is Redwing, 100% analogue and built without compromise, offering the most dynamic and glorious array of stereo modulation effects. From high-fidelity Flanging, lush Chorusing, and smooth Vibrato to bonkers Ring Modulation and so much more - all driven by our ‘Signature’ waveform generation.

In-depth Features

• Superior high-frequency response for inspiring fidelity and classic Flanging tones.
• No Companders, Noise-Gates or anything else that might compromise on the feel and touch-sensitivity of the pedal.
• Switchable Mono to Stereo or True Stereo capability from input to output, via Dual BBD lines.
• Offset second BBD line for through-zero modulation or enhanced stereo dimension.
• Extreme versatility from Flanging to Chorus to Vibrato to Ring-Modulation and so much more!
• Switchable outputs for Mono/Stereo and Wet/Dry as well as Bi-Flanger/Bi-Chorus in mono.
• 100% Analogue waveform generation and unparalleled waveform shaping.
• 9 – 24VDC input to internal isolated Switch Mode Power supply giving ±15V and no ground loops.

Specification

• Original All-Analogue Design
• Dimensions: 125mm x 115 Wide x 70 High
• Weight: 830gm
• Input Impedance: Stereo 900K, Mono 450K
• Output Impedance: <300R
• Power Requirement: 365mA, 9 – 24VDC
• Featuring silent optical switching and TheGigRig’s OptoKick footswitch for excellent reliability.