Brake Rotor Rear 1pc 5 x 4.5in / 5 x 4.75in

The Brake Rotor Rear 1pc 5 x 4.5in / 5 x 4.75in from AFCO Racing Products is engineered for high-performance racing and extreme duty applications where thermal management and consistent stopping power are non-negotiable. This single-piece rotor design eliminates the complexity and potential failure points of multi-piece assemblies, making it the preferred choice for competitors and operators who demand reliability under sustained braking stress. Built for vehicles requiring 5-lug bolt patterns at either 4.5-inch or 4.75-inch specifications, this rotor delivers the precision engineering expected in competitive motorsport and professional tactical vehicle platforms.

AFCO's solid rotor construction maximizes heat dissipation during hard braking cycles, a critical factor in maintaining fade-free performance during extended operation. The one-piece design provides superior structural rigidity compared to vented or slotted alternatives, reducing lateral runout and ensuring consistent pad contact across the entire friction surface. At 14.3 pounds, this rotor delivers the mass necessary for effective thermal capacity while remaining optimized for performance applications where unsprung weight matters. The rotor's dimensional specifications—fitting both 5 x 4.5-inch and 5 x 4.75-inch bolt patterns—provide compatibility across multiple platforms, making it a versatile solution for custom builds and fleet standardization in high-demand environments.

Vehicle operators—from racing professionals to specialty vehicle technicians—rely on AFCO brake components for their proven track record in extreme conditions. This rear rotor pairs seamlessly with high-performance brake pad compounds and OEM-compatible calipers, making installation straightforward for facilities with proper brake service equipment. Compatibility spans both 4.5-inch and 4.75-inch 5-lug configurations, ensuring fitment across Ford, Chevrolet, and aftermarket racing platforms. For teams and operators prioritizing stopping consistency, thermal stability, and durability, this single-piece design eliminates guesswork and delivers measurable performance advantages.