Essential Brembo 03-16 Phantom Sedan/coupe Rear Gt Bbk 4 Piston Cast 380x28 2pc Rotor Slotted Type1-red Collection [LhiUyAt7]

Brembo Rear GT BBK 4 Piston Cast Rotor

Introducing the Brembo 03-16 Phantom Sedan/Coupe Rear GT BBK 4 Piston Cast Rotor, a top-tier performance component designed to elevate your vehicle's braking capabilities. This premium rotor is crafted with precision and engineered to provide exceptional stopping power and durability. With its robust 4-piston cast design, this rotor is built to withstand the demands of high-performance driving.

• Superior Stopping Power
• Durable Construction
• Optimized for High-Performance Vehicles

Experience the difference with the Brembo brand, known for its cutting-edge automotive parts that deliver both performance and reliability.

Key Features and Specifications

The Brembo Rear GT BBK 4 Piston Cast Rotor boasts several key features that set it apart from standard rotors. Its 380x28 size is meticulously engineered to fit the 03-16 Phantom Sedan/Coupe perfectly, ensuring optimal performance and fitment. The rotor features a slotted design, which enhances heat dissipation and reduces brake fade during intense driving conditions.

• 4 Piston Cast Design
• 380x28 Size for Optimal Fitment
• Slotted Type1-Red for Enhanced Performance

This rotor is not just a replacement part; it's a performance upgrade that will transform the braking experience of your vehicle.

Practical Uses and Benefits

Whether you're a daily driver or a weekend track enthusiast, the Brembo Rear GT BBK 4 Piston Cast Rotor is a practical solution for enhancing your vehicle's braking system. Its advanced design and robust construction make it ideal for high-performance applications, ensuring that you can confidently tackle any driving scenario. With the Brembo brand, you're investing in quality and peace of mind.

• Enhanced Braking Performance
• Improved Heat Dissipation
• Longevity and Durability

Upgrade your Phantom Sedan/Coupe today with the Brembo Rear GT BBK 4 Piston Cast Rotor and experience the difference in performance and safety.