Brembo OE Prime UV Coated Rear 320mm Solid Rotor

2005–2023 Chrysler 300 / Dodge Magnum / Charger / Challenger 2.7L, 3.5L, 3.6L V6

Part #: 08.A403.11

Overview

The Brembo OE Prime UV Coated Rear Rotor is a premium direct replacement brake rotor engineered to meet or exceed original equipment manufacturer (OEM) standards. Designed specifically for rear applications on a wide range of Chrysler 300, Dodge Magnum, Charger, and Challenger models from 2005 through 2023, this rotor delivers dependable braking performance with enhanced durability and corrosion resistance.

Ideal for both daily drivers and performance enthusiasts, this rotor combines OEM-level quality with advanced UV coating technology to protect against rust and extend service life. Whether you are performing routine maintenance or upgrading your braking system, Brembo’s UV Coated Rotor ensures consistent stopping power, reduced noise, and minimized vibration for a smooth, confident driving experience.

Key Features

Engineered for precision and longevity, the Brembo OE Prime UV Coated Rear Rotor offers the following key benefits:

• UV solvent-free coating that provides superior protection against rust and corrosion
• High carbon cast iron construction for excellent thermal conductivity and durability
• Direct OEM replacement ensuring perfect fit and function with no modifications required
• Intelligent marking with part number and minimum thickness for easy inspection and maintenance
• Includes fixing screw kit with all necessary hardware for hassle-free installation
• Environmentally friendly coating process free of harmful solvents
• Optimized for use with Brembo NAO, Ceramic, or Low Met brake pads for maximum braking efficiency
• Designed to restore and maintain optimal braking performance and safety

Construction & Design

This rotor is crafted from high carbon cast iron, a material renowned for its superior thermal conductivity and resistance to cracking under high stress. This ensures consistent braking performance even under demanding driving conditions. The advanced UV coating is a solvent-free, environmentally friendly layer that protects the rotor surface from oxidation and corrosion, significantly extending the rotor’s lifespan and maintaining its clean appearance.

Brembo’s precision manufacturing process guarantees tight tolerances and exact dimensions, resulting in a perfect fit for the specified vehicle applications. The coating also helps prevent unsightly rust spots, preserving the rotor’s aesthetic and functional integrity over time.

Installation & Fitment

The Brembo OE Prime UV Coated Rear Rotor is designed as a direct replacement for the rear brake rotors on compatible Chrysler 300, Dodge Magnum, Charger, and Challenger models from 2005 to 2023. Installation is straightforward and requires no modifications. The included fixing screw kit contains all necessary hardware to ensure a secure and hassle-free fit.

For optimal braking performance and safety, it is recommended to replace brake pads simultaneously with the rotors. Brembo rotors perform best when paired with their NAO, Ceramic, or Low Met brake pad formulations.

What's Included

• One Brembo OE Prime UV Coated Rear 320mm Solid Rotor
• Fixing screw kit with all necessary installation hardware

Ideal For

This rotor is perfect for vehicle owners and automotive enthusiasts who demand OEM-quality braking components with enhanced corrosion resistance and durability. It is well suited for daily drivers, performance enthusiasts, and anyone looking to maintain or restore the braking efficiency of their Chrysler 300, Dodge Magnum, Charger, or Challenger with a reliable, long-lasting rotor solution.

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.