O-Ring Remote M/C Body 1.19

The O-Ring Remote M/C Body 1.19 from WILWOOD (part number 210-3398) is a precision remote master cylinder body designed for custom brake system installations where space constraints or vehicle layout demands an alternative mounting location. This component serves as the core hydraulic valve body in remote brake systems, allowing mechanics and fabricators to position the master cylinder away from the engine bay or traditional firewall locations. Whether you're building a high-performance street rod, custom race car, or modern vehicle with complex brake upgrades, this remote master cylinder body enables flexible system architecture without sacrificing brake pressure consistency or pedal feel.

The 1.19-inch bore designation indicates this body is engineered for moderate to high-performance applications requiring balanced brake bias and responsive modulation across dual-circuit hydraulic lines. WILWOOD's remote M/C bodies feature precision-machined aluminum construction with integrated o-ring seal grooves that ensure leak-free operation under sustained pressure cycling and temperature extremes. The compact 2.05 x 2.85-inch footprint with minimal 0.03 lbs weight allows strategic placement in custom chassis designs while maintaining structural rigidity and predictable hydraulic response—critical for drivers who demand consistent braking power during aggressive cornering or track driving.

Professional fabricators, hot rod builders, and motorsports technicians choose this remote master cylinder body for applications ranging from vintage restorations to modern performance conversions. It integrates seamlessly into WILWOOD brake systems and aftermarket hydraulic setups where traditional master cylinder mounting proves impractical. Correct bore selection ensures your brake proportioning valve and wheel cylinders receive adequate pressure; verification of compatibility with your specific pedal assembly, push rod length, and brake line configuration is essential before installation to guarantee safe, predictable braking performance.