Caliper Brkt for Hybrid Rotor

The AFCO Racing Products caliper bracket for hybrid rotor is a front-mounted, passenger-side brake bracket engineered for classic and custom vehicle builds running modern braking geometry. Built for enthusiasts upgrading Mustang II and Pinto platforms with advanced hybrid rotor systems, this bolt-on bracket bridges the gap between vintage chassis and contemporary stopping power. Whether you're fabricating a street rod, restoring a classic muscle car, or optimizing a competition build, this bracket solves the real-world challenge of integrating oversized, high-performance rotors into lightweight, space-constrained frames.

Constructed from hardened steel and engineered to mate with GM metric calipers, the caliper bracket for hybrid rotor distributes braking loads efficiently while maintaining precise rotor alignment and clearance. The hybrid rotor design—combining cast iron friction surfaces with aluminum or composite cores—demands a mounting solution that can handle thermal stress and vibration without flex or deflection. AFCO's bolt-on design eliminates welding, reduces installation labor, and ensures repeatable geometry across builds. At 1.46 lbs with compact dimensions (7.4 x 1.25 x 8.45 inches), the bracket integrates seamlessly into tight engine bays and suspension geometries common to vintage platforms.

This bracket is essential for builders swapping modern caliper assemblies into Mustang II and Pinto front suspensions, particularly those prioritizing weight reduction and responsive braking feel. GM metric calipers paired with hybrid rotors deliver superior thermal management and fade resistance compared to drum or early disc systems, making this bracket ideal for daily drivers, autocross competitors, and show vehicles alike. Installation requires standard mechanical tools and basic suspension knowledge; the bolt-on design means no cutting or fabrication of existing components. Ensure proper rotor clearance and caliper-to-bracket alignment during fitment for optimal pad wear and consistent brake modulation.