Luxury Brembo 96-05 550/575 (excl. Gtc) Rear Gtr Bbk 4 Piston Billet 380x28 2pc Rotor Drilled- Nickel - Ends Soon [54cOAMvo]

Brembo 96-05 550/575 Rear GTR BBK 4 Piston Billet Rotor

Welcome to the pinnacle of rear brake performance with the Brembo 96-05 550/575 Rear GTR BBK 4 Piston Billet Rotor. Designed for vehicles excluding the GTC model, this high-performance rotor is a must-have for those seeking ultimate stopping power and style. Crafted from premium billet aluminum, this rotor ensures exceptional durability and heat resistance, making it a top choice for enthusiasts who demand the best.

• 4-Piston Caliper Compatibility – Designed to work seamlessly with 4-piston calipers, providing maximum braking force.
• Billet Aluminum Construction – Offers superior strength and resistance to warping, ensuring long-lasting performance.

Technical Specifications and Features

The Brembo 96-05 550/575 Rear GTR BBK 4 Piston Billet Rotor boasts a robust 380x28mm size, perfect for high-performance vehicles. This rotor features a unique drilled design for enhanced heat dissipation and reduced weight, ensuring optimal braking performance in even the most demanding driving conditions. The nickel-plated finish not only adds a sleek aesthetic but also provides excellent corrosion resistance.

• Drilled Design – Optimizes heat dissipation and reduces weight, enhancing overall performance.
• Nickel Plated – Offers a distinctive look and superior resistance to corrosion.

Practical Applications and Benefits

Upgrade your vehicle's braking system with the Brembo 96-05 550/575 Rear GTR BBK 4 Piston Billet Rotor and experience the difference. This rotor is perfect for both street and track use, providing the confidence and peace of mind you need for every drive. With its superior build quality and performance, this rotor is an ideal choice for drivers who want to make a statement while ensuring their safety.

• Street and Track Use – Suitable for a wide range of driving conditions.
• Superior Build Quality – Ensures reliability and durability over time.