Wilwood 140-10510-DR Forged Dynapro 6 Big Brake Kit for Front 12.19 Inch Drilled and Slotted Iron Rotors with 6 Piston Aluminum Caliper in Red for GM A-Body, F-Body, and X-Body 1964-1972

The Wilwood 140-10510-DR Forged Dynapro 6 Big Brake Kit offers high-performance braking for classic GM vehicles from 1964 to 1972, including the Camaro, Nova, and other A-Body, F-Body, and X-Body models. This front brake kit features a robust 12.19-inch drilled and slotted iron rotor designed to provide superior heat dissipation and enhanced braking performance under demanding conditions. The rotor's slotted and drilled surface helps reduce brake fade and maintains consistent stopping power during spirited driving or heavy-duty applications.

The kit includes a forged Dynapro 6 piston aluminum caliper finished in a durable red powder coat, which combines strength and corrosion resistance. The 6-piston design ensures even pad wear and improved brake pad contact, resulting in better modulation and stopping power. The aluminum caliper reduces unsprung weight, contributing to improved handling and ride quality.

Designed for direct bolt-on installation, this brake kit is engineered to fit GM A-Body, F-Body, and X-Body vehicles from 1964 through 1972, making it an ideal upgrade for enthusiasts seeking reliable, high-performance braking. The components are crafted from high-quality materials to withstand the rigors of performance driving while maintaining a classic appearance. Whether restoring a vintage muscle car or enhancing a hotrod build, this Wilwood brake kit delivers both style and function for demanding drivers and collectors alike.

Features:

• Forged Dynapro 6 piston aluminum caliper in red powder coat for durability and corrosion resistance

• 12.19-inch drilled and slotted iron rotors designed for superior heat dissipation and fade reduction

• Front brake kit compatible with GM A-Body, F-Body, and X-Body vehicles from 1964-1972

• Includes all necessary mounting hardware for a direct bolt-on installation

• Designed to improve braking performance, modulation, and fade resistance in high-demand applications