

About This Pedal
The Strymon Canoga Vintage Silicon 2 Fuzz Pedal is a stripped-down, all-analog fuzz designed to deliver classic tones with modern clarity and responsiveness. Based on a tweaked vintage silicon Fuzz Face-style circuit, Canoga is part of Strymon’s Series A lineup—focused entirely on pure analog signal paths without digital processing.
With just two controls, Canoga keeps things simple while offering a wide tonal range. From full, saturated fuzz to dynamic, semi-clean tones, it responds directly to your guitar’s volume knob and playing dynamics. This interaction allows players to shape their sound organically, making it equally suited for classic rock, blues, and modern styles.
Highlights
- 100% analog silicon fuzz circuit
- Inspired by vintage Fuzz Face-style designs
- Cleans up naturally with guitar volume control
- Wide gain range from mild drive to full fuzz
- Part of Strymon’s analog-focused Series A line
Specifications
Controls
- Drive: Adjusts the amount of distortion/fuzz
- Level: Controls overall output volume
Connectivity
- Input: High impedance mono input
- Output: Low impedance mono output
Electronics
- Circuit Type: 100% Analog
- Bypass: True Bypass
Power
- Power Requirement: 9VDC center negative
- Current Draw: Minimum 50mA
- Note: Power supply not included
Physical
- Dimensions: 4.53" (D) x 2.83" (W) x 2.33" (H)
Additional Features
- Clear high-frequency response even when rolling back guitar volume
- Internal jumper for default bypass/engaged state
- Designed for optimal interaction with guitar pickups and amp input
Why Buy from Tone Shop Guitars?
At Tone Shop Guitars, we pride ourselves on offering a curated selection of instruments and gear backed by knowledgeable staff and exceptional customer service. Whether you're shopping online or visiting us in person, our goal is to help you find the right piece of gear and deliver a top-tier experience every step of the way.
Specifications
| Overview | |
| Model | Canoga Fuzz |
| Condition | New |
| Effects | |
| Type | Distortion |
| Power | 9V |