Revolutionary A2-023 Girodisc 2pc Rear Brake Rotors (mclaren Mp4-12c) Now 50% Cheaper [iaUNVfdZ]

A2-023 Girodisc Rear Brake Rotors for McLaren MP4-12C

Introducing the A2-023 Girodisc 2pc Rear Brake Rotors, a premium upgrade designed specifically for the McLaren MP4-12C with steel rotors. This advanced braking system is a direct replacement for the original equipment, offering enhanced performance and durability. Engineered with cutting-edge technology, these rotors are built to withstand the demands of high-performance driving and provide exceptional stopping power.

Superior Design and Construction

The Girodisc system features a central hat section crafted from 6061-T6 aircraft specification aluminum, providing lightweight strength and heat dissipation. The rotor itself is made from cast iron, matching the specifications and materials used by professional racing organizations. This curved vane design acts as a centrifugal pump, ensuring efficient cooling and reducing the risk of overheating. The rotor and hat are mounted on a floating mount system, utilizing 10 high strength alloy steel drive pins. These pins are cadmium plated for long-lasting corrosion resistance and are designed to handle the load from braking actions while maintaining axial and radial float between the hat and disc.

Enhanced Performance and Ease of Use

The A2-023 Girodisc Rear Brake Rotors are the perfect solution for drivers seeking improved braking performance and reduced brake fade. When paired with performance pads and hi-temp fluid, these rotors deliver a truly remarkable solution to overheating or warping rotors. The anti-noise spring washers on the rotor side allow for heat expansion without the associated noise and rattle. Once installed, the Girodisc system is simple to maintain, with the option to replace the cast iron rotor as needed. Sold per pair, these rotors are a must-have for any McLaren MP4-12C owner looking to upgrade their braking system.

• Enhanced cooling and heat dissipation
• Long-lasting corrosion resistance
• Improved braking performance and durability