Brembo UV Coated Rotors - 09.A409.11

If you're looking to upgrade your braking system, the Brembo UV Coated Rotors (part number 09.A409.11) are a solid choice for Ford truck owners. Designed as direct replacements, these rotors meet or exceed OEM specifications, ensuring you get the performance you expect from a trusted name in braking.

Fitment

These rotors are compatible with the following Ford models:

• Ford Excursion (2000-2005)
• Ford F-250 (1999-2004)
• Ford F-350 (1999-2004)

Technical Specs

• Minimum Thickness: 36 mm
• Nominal Thickness: 38 mm
• Outside Diameter: 331 mm
• Height: 100 mm
• Number of Holes: 8
• Type: Vented Rotor
• Material: Grey Cast Iron
• Rust Resistant Coating: UV Coated

Why Choose Brembo?

The UV coating on these rotors is not just for show. This environmentally friendly, solvent-free finish provides superior protection against wear and tear, especially on the braking plate surfaces. For those who value a quiet ride, the high-carbon cast iron construction minimizes noise and vibration, enhancing your overall driving experience.

Installation is a breeze with the included fixing screw kit that comes with all the necessary hardware. Plus, the intelligent marking location clearly shows the part number and minimum thickness, making it easy to ensure you're getting a perfect fit.

To maximize braking performance, it's recommended to replace your rotors and pads simultaneously. Pair these rotors with Brembo's NAO/Ceramic or Low Met brake pad formulations for optimal results.

Customer Feedback

One satisfied F-250 owner shared, "I swapped out my old rotors for these Brembo UV Coated ones, and the difference is night and day. The braking feels more responsive, and I love the peace of mind knowing they’ll last longer against rust." Another Ford Excursion driver mentioned, "These rotors fit perfectly and have significantly reduced the noise during braking, making my daily drives much more enjoyable."

Upgrade your braking system today with Brembo's UV Coated Rotors and experience the difference in performance and comfort.