Brembo OE Premium UV Coated OE Equivalent Rotor (FRONT)

Fits Most Dodge/Ram (02-23)

09.9144.11

Overview:

The Brembo OE Premium UV Coated Rotor is a direct replacement front brake rotor engineered to meet or exceed original equipment manufacturer (OEM) specifications. Designed specifically for Dodge Ram 1500 models from 2002 to 2018 and Dodge Durango models from 2004 to 2009, this rotor delivers reliable stopping power and enhanced durability. Ideal for drivers seeking to maintain or restore their vehicle’s braking performance with a high-quality, OEM-equivalent component, Brembo’s UV coated rotor offers superior protection against corrosion and wear.

With a focus on longevity and consistent braking, this rotor is perfect for daily drivers, fleet vehicles, and enthusiasts who demand dependable performance without compromise. Its advanced coating and construction ensure quieter operation and improved driving comfort, making it a smart upgrade or replacement for your vehicle’s front braking system.

Key Features:

Engineered with precision and durability in mind, the Brembo OE Premium UV Coated Rotor includes the following key features:

• UV solvent-free coating for superior corrosion resistance and environmental friendliness
• High carbon cast iron construction to reduce noise and vibration
• OE equivalent design ensures perfect fit and function for specified Dodge Ram 1500 and Durango models
• Includes fixing screw kit with all necessary hardware for straightforward installation
• Intelligent marking location displaying part number and minimum thickness for easy inspection
• Optimized to restore and maintain braking performance when paired with compatible brake pads
• Manufactured by Brembo, a globally trusted leader in braking technology

Construction & Design:

This rotor is crafted from high carbon cast iron, a material known for its excellent thermal conductivity and resistance to cracking under high stress. The high carbon content helps minimize brake noise and vibration, contributing to a smoother and quieter braking experience. The UV coating applied to the rotor is a solvent-free, environmentally friendly finish that protects the braking surfaces and disc from rust and corrosion, extending the rotor’s service life and maintaining optimal performance.

Brembo’s precision engineering ensures that each rotor meets strict OEM standards for dimensions and durability, guaranteeing a seamless fit and reliable operation on your Dodge Ram 1500 or Durango.

Installation & Fitment:

Designed as a direct OE replacement, the Brembo UV Coated Rotor installs easily without the need for modifications. The included fixing screw kit contains all necessary hardware, simplifying the installation process and reducing downtime. For best results and to optimize braking performance, it is recommended to replace rotors and brake pads simultaneously. Brembo’s rotors pair exceptionally well with their NAO, ceramic, or low-metallic brake pad formulations.

This rotor fits a wide range of Dodge Ram 1500 models from 2002 through 2018 and Dodge Durango models from 2004 through 2009, ensuring broad compatibility across multiple trims and configurations.

What's Included:

• One Brembo OE Premium UV Coated Front Rotor
• Fixing screw kit with all necessary installation hardware

Ideal For:

• Owners of Dodge Ram 1500 (2002–2018) and Dodge Durango (2004–2009) seeking OEM-quality brake rotor replacements
• Drivers looking to restore original braking performance with a durable, corrosion-resistant rotor
• Enthusiasts and fleet operators requiring reliable, low-noise braking components
• Those who prefer environmentally friendly brake components with advanced protective coatings

Brembo OE represents Brembo’s original-equipment style replacement and spare-parts ecosystem—designed for drivers who want OE-level fit and performance with Brembo engineering behind it. Whether you’re refreshing a daily driver or ensuring consistent braking on a performance build, Brembo’s parts catalogs and OE-grade components help keep braking feel, safety, and reliability where they should be.