DFC Rear Brake Rotor

Chrysler 300 / Dodge Challenger / Charger / Magnum 3.5L/3.6L/5.7L 2005-2024

Part #: 600-39018

Overview

The DFC Rear Brake Rotor is a premium replacement part engineered specifically for the Chrysler 300 models from 2005 through 2023. Designed to deliver reliable and consistent braking performance, this rotor offers a direct fit solution that meets or exceeds original equipment manufacturer (OEM) specifications. Ideal for drivers seeking durability, smooth stopping power, and enhanced safety, the DFC rotor ensures your vehicle maintains optimal braking efficiency under a variety of driving conditions.

Built with precision and quality in mind, this rotor is perfect for Chrysler 300 owners looking to restore or upgrade their rear braking system without compromising on performance or fitment. Whether you are performing routine maintenance or addressing wear and tear, the DFC rear brake rotor provides a dependable and long-lasting solution.

Key Features

Engineered to deliver superior braking performance and durability, the DFC rear brake rotor incorporates advanced design and manufacturing techniques. Key features include:

• Constructed from premium G3000/G11H18 iron castings for enhanced strength, stability, and long service life
• Original Equipment (OE) vane configuration to optimize heat dissipation and prevent brake fade
• 100% precision mill-balanced to ensure smooth stopping power and eliminate vibration at any speed
• Non-directional finish that promotes faster break-in and quieter, smoother braking
• Designed to match the exact form, fit, and function of OEM brake rotors for hassle-free installation
• CNC-machined to the tightest tolerances for consistent quality and performance
• New in box and ready to install with no modifications required
• Quality tested to guarantee long-lasting reliability and performance

Construction & Design

The DFC rear brake rotor is crafted from high-grade G3000/G11H18 iron castings, known for their superior mechanical properties. This material choice provides excellent strength and thermal stability, which are critical for maintaining rotor integrity during heavy braking and high-temperature conditions. The rotor���s original equipment vane design enhances airflow, effectively dissipating heat to reduce the risk of warping and brake fade.

Each rotor undergoes CNC machining to achieve precise dimensions and surface finish, ensuring a perfect fit and optimal contact with brake pads. The precision mill-balancing process eliminates vibrations, contributing to a smoother and safer driving experience. The non-directional finish further aids in rapid break-in and consistent braking performance from the first use.

Installation & Fitment

Designed as a direct replacement for the rear brake rotors on Chrysler 300 models from 2005 to 2023, the DFC rotor fits seamlessly without requiring any modifications. Installation is straightforward and compatible with existing brake components, making it an ideal choice for both professional mechanics and DIY enthusiasts. The rotor arrives brand new in its original packaging, ready for immediate installation to restore your vehicle���s braking system to OEM standards.

What's Included

• One DFC Rear Brake Rotor (Part #600-39018)
• Original packaging for protection during shipping and storage

Ideal For

This rear brake rotor is ideal for Chrysler 300 owners seeking a high-quality, durable replacement part that maintains factory-level braking performance. It suits drivers who require reliable stopping power for daily commuting, highway driving, or occasional spirited driving. Additionally, it is a great option for those performing routine brake maintenance or upgrading worn rotors to ensure safety and comfort on the road.

DFC is the leading manufacturer of award winning automotive braking systems. DFC maintains a massive inventory of brake parts for all domestic and foreign vehicle applications from 1930-present. Other products in its product line includes brake rotors, brake pads, drums, brake shoes, hardware kits, and brake sensors.