Dual Pedal Assy Adj Rv Swing Triple M/C

The Dual Pedal Assembly Adjustable Reverse Swing Triple Master Cylinder from Wilwood is engineered for serious performance builds, particularly RVs and custom vehicles requiring redundant hydraulic braking circuits. This adjustable pedal assembly addresses a critical need in modified suspensions and custom chassis work: maintaining proper pedal geometry and driver comfort when ride height, frame rails, or steering column positioning changes from factory specifications. Whether you're building a lowered hot rod, a custom travel trailer, or a performance-oriented motorhome, this triple master cylinder configuration delivers the safety redundancy and adjustability that serious fabricators demand.

Wilwood's dual pedal design with reverse swing articulation allows independent adjustment of brake and clutch inputs across three separate master cylinders, isolating each braking circuit and clutch actuation for maximum reliability and fail-safe operation. The adjustable architecture accommodates varied mounting angles and vehicle geometries without sacrificing mechanical advantage or pedal feel, critical when suspension modifications alter original brake balance geometry. The assembly's robust construction handles the thermal cycling and pressure spikes inherent to performance driving, while the swing mechanism distributes load evenly across mounting points, reducing stress concentration and extending component lifespan in high-duty applications.

RV restoration specialists, custom fabricators, and performance vehicle builders rely on this assembly when factory pedal boxes cannot accommodate suspension drops, engine swaps, or non-standard cabin layouts. The triple master cylinder configuration is particularly valuable in situations requiring independent front/rear braking circuits plus auxiliary systems—common in heavy-duty RVs and competition vehicles. Installation requires careful measurement of pedal travel, master cylinder bore sizing, and brake line routing; professional installation or detailed fabrication experience is strongly recommended to ensure proper pressure distribution and safety certification.