GiroDisc A2-050 Slotted 2-Piece Rear Brake Rotors for 2006 Audi R8 (Excl. CCM)

Vehicle Fitment

• 2006 Audi R8 (Excluding Carbon Ceramic Brakes)

Features

• Direct OEM replacement; no modifications required
• 2-piece floating design with reusable aluminum hats
• High-carbon iron rotor rings; USA-poured and machined
• Curved vane design for enhanced cooling and reduced brake fade
• Lightweight construction reduces unsprung weight
• Maintains factory brake bias and ABS functionality
• Sold as a pair (left and right rear rotors)
• Manufactured and assembled in Bellingham, WA

Specifications

• Diameter: 380mm (compared to OEM 380mm)
• Thickness: 32mm (front) / 30mm (rear)
• Material: High-carbon iron rotor rings, 6061-T6 aluminum hats
• Design: Slotted, two-piece floating rotor
• Compatibility: Rear axle, Audi R8 (2006) models excluding Carbon Ceramic Brakes
• Weight: Approximately 18.2 lbs per rotor
• Includes: 2x rotors, hardware (drive pins and screws)

Included Components

• 2x Rear rotors (left and right)
• Hardware kit (drive pins and screws)

Product Description

The GiroDisc A2-050 slotted 2-piece rear brake rotors are engineered to enhance the braking performance of your 2006 Audi R8 (excluding Carbon Ceramic Brakes). These rotors feature a 380mm diameter, providing increased braking force and improved cooling capacity. The curved vane design acts as a centrifugal pump, directing airflow through the rotor to reduce brake fade during high-performance driving.

Constructed with high-carbon iron rotor rings and 6061-T6 aluminum hats, these rotors are both lightweight and durable. The floating two-piece design maintains the factory brake bias and ABS functionality, ensuring seamless integration with your vehicle's existing braking system. Installation is straightforward, with no modifications required, and the kit includes all necessary components.

Ideal for both daily driving and track use, the GiroDisc A2-050 rotors offer a significant upgrade over the stock components, delivering enhanced performance and reliability.