Wilwood Brake Kit Rear Inboard XRZ Titanium with Forged Narrow Superlite 6 Caliper and 12-Inch Slotted Titanium Rotor

The Wilwood Brake Kit Rear Inboard XRZ Titanium combines high-performance braking components designed for racing and high-demand applications. This kit features a forged Narrow Superlite 6 caliper with four pistons, providing exceptional stopping power and durability in a lightweight aluminum construction. The caliper's gray anodized finish enhances corrosion resistance and aesthetic appeal. Included in the kit is a 12-inch slotted titanium rotor, engineered for improved heat dissipation and consistent braking performance during strenuous use. The rotor's titanium composition ensures reduced weight and enhanced strength, making it ideal for competitive motorsports.

This brake kit also includes a set of three 46-spline Sprint Car hats, which are designed for secure mounting and compatibility with specialized racing wheels. The entire assembly is optimized for rear inboard mounting, offering a streamlined setup that improves weight distribution and handling. The kit does not include air restriction features and is suitable for applications that do not require truck freight shipping. Constructed with precision and durability in mind, this brake system is tailored for racers seeking reliable, high-performance braking in a lightweight package.

Ideal for racing vehicles and custom builds, the Wilwood XRZ Titanium rear brake kit provides superior stopping power, heat management, and weight savings. Whether upgrading an existing setup or building a new high-performance vehicle, this kit offers professional-grade components engineered for demanding conditions and competitive environments.

Features:

• Forged Narrow Superlite 6 caliper with four pistons for strong braking force

• 12-inch slotted titanium rotor for excellent heat dissipation and reduced weight

• Aluminum caliper with gray anodized finish for corrosion resistance

• Includes three 46-spline Sprint Car hats for secure wheel mounting

• Designed for rear inboard mounting, optimizing weight distribution