
Original: $21,375.00
-70%$21,375.00
$6,412.50The Story
Darkglass Electronics Duality Fuzz Dual Bass Guitar Effect Pedal Overview:
The Duality is a unique fuzz pedal that contains two discrete fuzz circuits—a gated saw-tooth wave and a raunchy high-gain sound—which can be mixed together to yield a vast selection of distinct sonic textures
Front Features:
- Level: Sets the volume of the overdriven signal.
- Duality: Mixes two discrete fuzz circuits. Set it at minimum for a pure gated saw-tooth wave, or crank it up for a tighter high gain fuzz.
- Dimensions
- Width: 50 mm /2″
- Length: 45 mm/ 1¾″
- Height: 100 mm / 4″
- Weight: 205 g / 0.45 lb
- Width: 50 mm /2″
Back Features:
- Blend: Mixes the clean input signal with the overdriven signal. The clean signal remains at unity gain while the volume of the overdriven signal is set by the Level knob, allowing for fine control of the blend ratio.
- Filter: Controls the amount of high frequency content in the fuzz signal.
- Technical Specifications
- Input Impedance 1 MΩ
- Output Impedance 100 kΩ
- Current Consumption ~40 mA
- Voltage 9V DC (Center Negative)
- Input Impedance 1 MΩ
Description
Darkglass Electronics Duality Fuzz Dual Bass Guitar Effect Pedal Overview:
The Duality is a unique fuzz pedal that contains two discrete fuzz circuits—a gated saw-tooth wave and a raunchy high-gain sound—which can be mixed together to yield a vast selection of distinct sonic textures
Front Features:
- Level: Sets the volume of the overdriven signal.
- Duality: Mixes two discrete fuzz circuits. Set it at minimum for a pure gated saw-tooth wave, or crank it up for a tighter high gain fuzz.
- Dimensions
- Width: 50 mm /2″
- Length: 45 mm/ 1¾″
- Height: 100 mm / 4″
- Weight: 205 g / 0.45 lb
- Width: 50 mm /2″
Back Features:
- Blend: Mixes the clean input signal with the overdriven signal. The clean signal remains at unity gain while the volume of the overdriven signal is set by the Level knob, allowing for fine control of the blend ratio.
- Filter: Controls the amount of high frequency content in the fuzz signal.
- Technical Specifications
- Input Impedance 1 MΩ
- Output Impedance 100 kΩ
- Current Consumption ~40 mA
- Voltage 9V DC (Center Negative)
- Input Impedance 1 MΩ


















