The Wilwood Adjustable Dual Pedal Assembly (Part Number Wil340-11299) offers a versatile solution for integrated brake and clutch control. Designed with a lightweight aluminum frame, this pedal assembly combines durability with ease of customization. The high-strength reinforced I-beam style forged pedal arms feature a 6.25:1 ratio, providing a responsive and efficient pedal feel. The non-skid waffled pedal pads are designed for safety and comfort, with lateral adjustability to accommodate driver preferences or clearance needs.
The assembly incorporates a balance bar with a positive detent stop after each full turn, ensuring consistent adjustment positions and enhancing driver awareness during operation. The pin and clevis pushrod attachment system allows for a high degree of misalignment, promoting bind-free movement across the entire range of pedal travel. This design ensures reliable performance under demanding conditions.
The pedal assembly can be locked in place with the included jam nut or adapted for quick adjustments via an optional remote cable, making it suitable for on-track tuning. It is compatible with any Wilwood vertical mount flange single outlet master cylinders, which are sold separately according to style and bore size. This assembly is ideal for custom automotive builds, race cars, or performance applications where precise pedal control and adjustability are critical.
Features:
- Lightweight aluminum frame for durability and ease of installation
- High-strength reinforced I-beam style forged pedal arms with 6.25:1 ratio for responsive pedal feel
- Non-skid waffled pedal pads with lateral adjustment for driver comfort and clearance
- Balance bar includes a positive detent stop to maintain adjustment position
- Pin and clevis pushrod attachment offers high misalignment angle for bind-free operation
- Adjustable balance bar can be locked with jam nut or used with optional remote cable for quick on-track adjustments
- Compatible with Wilwood vertical mount flange single outlet master cylinders (sold separately)
