Brembo Premium UV Coated Front Brake Rotor - Part Number: 09.A259.11

If you're looking to enhance your vehicle's braking performance, the Brembo Premium UV Coated Front Brake Rotor (part number 09.A259.11) is a fantastic choice. Designed as a direct replacement for your OEM rotors, these rotors meet or exceed the original specifications, ensuring you get the reliability and performance you expect from Brembo.

One standout feature of the 09.A259.11 rotor is its environmentally friendly UV coating. This solvent-free coating not only protects the disc from wear and tear but also enhances the braking plate surfaces, providing a smooth and effective braking experience. Customers have noted a significant reduction in noise and vibration, thanks to the high carbon cast iron material used in the rotor's construction.

Installation is a breeze with the included fixing screw kit, which comes with all the necessary hardware. Brembo has also made it easier to identify your rotor with intelligent markings showing the part number and the minimum thickness, ensuring you have the right information at your fingertips.

To achieve optimal braking performance, it's recommended to replace your rotors and pads simultaneously. Pair the 09.A259.11 rotor with Brembo's NAO/Ceramic or Low Met brake pad formulations for the best results. Many users have reported improved pedal feel and stopping power when using these combinations.

Technical Specifications:

• Torque Spec (NM): 120
• Minimum Thickness (MM): 22.4
• Centering Diameter (MM): 79
• Number of Holes: 5
• Fixing Screws: Included
• Outside Diameter (MM): 330
• Solid or Vented Type Rotor: Vented
• Nominal Thickness (MM): 24
• Height (MM): 73.2
• Rust Resistant Coating: UV Coated
• Material: High Carbon

Compatible Vehicles:

This rotor is confirmed to fit the following vehicles:

• BMW 330i (2006)
• BMW 330xi (2006)

With Brembo, you're choosing a brand that has earned the trust of drivers around the world. Upgrade your braking system with the 09.A259.11 rotor and experience the difference in performance and safety.