Clutch/Brake Pedal Adj Floor Mnt Single M/C

The Wilwood Clutch/Brake Pedal Adjustable Floor Mount Single Master Cylinder (SKU: WIL340-16378) is a precision-engineered pedal assembly built for operators who demand control and reliability in high-performance braking and clutch systems. Designed for forward floor mounting applications, this universal kit serves law enforcement, tactical vehicle builds, and motorsport platforms where factory pedal geometry falls short. Whether you're configuring a specialized tactical transport, competition rig, or custom platform, this pedal assembly provides the adjustability needed to match operator ergonomics and system pressure requirements.

Constructed from aluminum with black powder-coat finish, the Wilwood pedal delivers lightweight durability without sacrificing structural integrity—critical in weight-sensitive tactical and motorsport applications. The 5.25-to-6-to-1 mechanical ratio translates driver input into consistent pedal feel, enabling precise modulation across the 8.69-to-9.91-inch throw length. This ratio design reduces excessive pedal travel while maintaining the force multiplication necessary for single master cylinder systems, allowing operators to maintain smooth pressure application under stress or dynamic conditions. The adjustable floor mount hardware accommodates varied mounting angles and platform geometries, accommodating custom installations without fabrication shortcuts.

Tactical operators, motorsport enthusiasts, and custom vehicle builders benefit most from this assembly's universal compatibility and precise pressure control. Installation requires forward floor space and access to single master cylinder plumbing; the compact 6.1 x 4.15 x 14.2-inch footprint fits tight cockpit layouts. This kit pairs seamlessly with aftermarket Wilwood hydraulic systems and legacy single-MC setups where OEM pedals lack adjustment or durability. Weighing just 2.47 lbs, it adds minimal mass while delivering professional-grade response and repeatability mission after mission.