Brembo Brakes Premium UV Coated Front Brake Rotor - Part Number: 09.B807.51

If you're looking for a reliable and high-performance brake rotor, the Brembo 09.B807.51 is a fantastic choice. Designed as a direct replacement for your vehicle's OEM rotors, these rotors not only meet but often exceed the original specifications, ensuring you get the best out of your braking system.

Key Features

• Torque Spec (NM): 130
• Braking Surface: Drilled for improved performance
• Minimum Thickness (MM): 28
• Centering Diameter (MM): 67
• Number of Holes: 5
• Fixing Screws: Included for easy installation
• Outside Diameter (MM): 320
• Solid Or Vented Type Rotor: Vented for enhanced cooling
• Nominal Thickness (MM): 30
• Height (MM): 51.1
• Rust Resistant Coating: UV Coated for superior protection
• Material: High Carbon for reduced noise and vibration

Benefits

The UV coating is not just environmentally friendly; it provides excellent protection against wear and tear, ensuring that the braking plate surfaces remain in top condition. This means you can enjoy a smoother and quieter ride, with less noise and vibration—something many customers have appreciated.

Customer Feedback

One satisfied customer noted, "After installing these Brembo rotors, I immediately felt the difference. The braking response is sharper, and there's significantly less noise compared to my old rotors." Another user mentioned, "The installation was straightforward, thanks to the included fixing screws. I love that they also look great behind my wheels!"

Installation Tips

For optimal performance, it's recommended to replace both the rotors and pads at the same time. Pair your Brembo 09.B807.51 rotors with Brembo's NAO/Ceramic or Low Met brake pad formulations for the best results.

Fitment

This rotor is compatible with:

• Mercedes-Benz CLA250 (2014-2019)
• Mercedes-Benz GLA250 (2015-2020)

With Brembo, you’re choosing a brand that is trusted by drivers around the world. Upgrade your vehicle’s braking system with the Brembo 09.B807.51 and experience the difference in performance and safety.