Liquidation Sale Brembo 17-23 540i Front Gt Bbk 6 Piston Cast 405x34 2pc Rotor Slotted Type3-red Massive 75% Savings [Fnp20c8K]

Brembo 17-23 540i Front GT BBK 6 Piston Rotor

Introducing the Brembo 17-23 540i Front GT BBK 6 Piston Cast Rotor, a top-tier performance part designed for your luxury vehicle. This rotor is engineered to deliver exceptional stopping power and durability, making it the perfect upgrade for high-performance driving and track use. With its cast construction and slotted design, the Brembo 6 Piston Rotor ensures optimal heat dissipation and increased friction for enhanced braking performance. Experience the difference with this premium Brembo product.

• Cast Construction for increased durability and performance.
• Slotted Design for better heat dissipation and increased friction.

Technical Specifications and Features

The Brembo 17-23 540i Front GT BBK 6 Piston Rotor boasts impressive technical specifications that set it apart from the competition. Engineered with a diameter of 405mm and a width of 34mm, this rotor is designed to fit the front brake system of the BMW 540i models from 2017 to 2023. The cast aluminum construction ensures a lightweight yet robust design, while the Type 3-Red finish adds a sleek aesthetic to your vehicle. This rotor is a two-piece set, providing complete coverage for your front braking system.

• Diameter: 405mm
• Width: 34mm
• Finish: Type 3-Red

Practical Uses and Benefits

Upgrade your driving experience with the Brembo 17-23 540i Front GT BBK 6 Piston Rotor. This premium rotor is not only a visual upgrade but also a functional necessity for drivers seeking improved performance and safety. Whether you're a daily driver or a track enthusiast, this rotor provides consistent and reliable braking performance in all conditions. Its high-quality construction and advanced design make it an ideal choice for those looking to enhance their vehicle's braking capabilities. Invest in the Brembo brand and experience the difference in your next driving adventure.

• Enhanced Stopping Power for increased safety.
• Improved Heat Dissipation for optimal performance in high-performance scenarios.