DFC Semi Metallic Brake Pads (REAR)

2015–2020 Dodge Durango 3.6L / 3.9L / 4.7L / 5.2L / 5.7L / 5.9L / 6.2L / 6.4L Engines

Part #: 1551-2447-00

Overview

The DFC Semi Metallic Brake Pads (REAR) are engineered specifically for Dodge Durango models from 2015 through 2020, covering a wide range of engine options including 3.6L V6, 3.9L V6, 4.7L V8, 5.2L V8, 5.7L Hemi, 5.9L V8, 6.2L Hellcat, and 6.4L 392. Designed to meet the rigorous demands of modern vehicles equipped with ABS and automated braking systems, these brake pads deliver consistent pedal feel and reliable stopping power. Their semi-metallic composition ensures excellent brake response and durability, making them an ideal upgrade or replacement for maintaining your Durango’s braking performance and safety.

These rear brake pads are formulated with selected friction materials developed in collaboration with original equipment manufacturers, ensuring precise fitment and compatibility with your vehicle’s rear axle. They are rotor friendly, helping to extend rotor life while minimizing brake noise and vibration. With long pad wear characteristics, these pads provide extended service intervals, reducing maintenance frequency and cost.

Key Features

Designed to enhance braking efficiency and safety, the DFC Semi Metallic Brake Pads offer the following key benefits:

• Selected friction materials tailored for modern vehicles with ABS and automated braking systems
• Consistent pedal feel for confident brake modulation and control
• Formulated using original equipment manufacturer (OEM) materials for reliable performance
• Engineered specifically for the rear axle of Dodge Durango models from 2015 to 2020
• Rotor friendly design to promote longer rotor lifespan and reduce wear
• Long pad wear formulation for extended durability and fewer replacements
• Reduced brake noise and vibration for a quieter driving experience
• Meets or exceeds OE standards for quality and safety

Construction & Design

The DFC Semi Metallic Brake Pads are constructed using a carefully selected blend of metallic and organic friction materials. This semi-metallic composition provides a balanced combination of heat dissipation, wear resistance, and braking power. The pads are precision engineered to match the exact specifications of the rear axle on Dodge Durango models, ensuring optimal contact with the rotor and consistent braking performance.

Special attention is given to rotor compatibility, with materials and backing plates designed to minimize rotor wear and prevent scoring. The pads also feature a robust backing plate and bonding agents that resist heat fade and maintain structural integrity under demanding driving conditions.

Installation & Fitment

Installation of the DFC Semi Metallic Brake Pads is straightforward and designed to fit directly onto the rear axle of Dodge Durango vehicles from 2015 to 2020 without any modifications. These pads are compatible with the factory hardware and braking system components, ensuring a hassle-free replacement process. For best results, it is recommended to inspect rotors and hardware during installation and replace or resurface rotors if necessary to maintain optimal braking performance.

What's Included

• Set of DFC Semi Metallic Rear Brake Pads (sufficient for one axle)
• Installation instructions (where applicable)

Ideal For

These brake pads are ideal for Dodge Durango owners seeking a reliable, durable, and OEM-quality replacement for their rear brake pads. They are well suited for daily driving, highway cruising, and light towing applications, providing consistent stopping power and long service life. Enthusiasts looking for a rotor-friendly pad that balances performance and noise reduction will also find these pads an excellent choice.

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.