D/L Drag Rear Brake Kit Big Ford 2.36in

The D/L Drag Rear Brake Kit Big Ford 2.36in by Wilwood is purpose-built for drag racing and high-performance automotive applications where consistent, controlled braking under extreme loads is non-negotiable. This kit addresses a critical need in the drag racing community: the ability to manage rear-end weight transfer and brake balance during hard launches and high-speed runs without the risk of brake fade or lock-up. Whether you're building a competition dragster, street strip car, or performance hot rod on a Big Ford rear axle platform, this Wilwood system delivers the stopping authority required for consistent ET sheets and driver safety.

The 2.36-inch rotor diameter is engineered specifically for Big Ford rear housing geometry, offering the ideal balance between thermal mass and packaging constraints. Wilwood's drag-spec caliper design features a compact footprint with optimized piston geometry to minimize pressure loss and deliver rapid brake response—critical when managing weight distribution at the track. The kit employs high-friction, low-dust compound material rated for repeated severe cycling, maintaining consistent coefficient of friction even after dozens of consecutive passes. The modular design allows for precise brake bias adjustment through the brake proportioning valve, letting you dial in the rear bias for your vehicle's weight distribution and suspension setup, preventing lock-up and maximizing rear tire grip during competition.

This rear brake kit is ideal for dedicated drag racers and serious hot rodders running Big Ford rear ends who demand repeatable performance lap after lap. Installation requires basic mechanical proficiency and familiarity with brake system work; the kit mounts directly to Big Ford axle flanges without modification. Proper brake line routing, fluid fill, and system bleeding are essential for safety. For those upgrading from factory drum brakes or smaller rotors, the improved thermal capacity and modulation will immediately enhance confidence at the strip and reduce pedal effort under severe braking conditions.