EBC USR Slotted Front Brake Rotors

2002–2010 Dodge Ram, 2004–2009 Dodge Durango, 2005–2011 Dodge Dakota

Part #: USR7105

Overview

The EBC USR Slotted Front Brake Rotors are precision-engineered performance rotors designed specifically for Dodge Ram (2002–2010), Dodge Durango (2004–2009), and Dodge Dakota (2005–2011) models. Crafted to enhance braking efficiency and durability, these rotors are ideal for drivers seeking improved stopping power and heat dissipation without compromising reliability. Whether you’re upgrading your stock braking system or replacing worn components, the USR series offers a perfect balance of performance and longevity.

These rotors are sold as a complete front set, including both left and right sides, ensuring a straightforward and balanced upgrade for your vehicle’s braking system.

Key Features

The EBC USR Slotted Front Brake Rotors incorporate advanced design elements to optimize braking performance and rotor lifespan. Key features include:

• Precision-machined slots that help evacuate gas, dust, and water for consistent brake pad contact and improved stopping power
• Vented rotor design to enhance cooling and reduce brake fade during demanding driving conditions
• Manufactured from high-quality grey iron for excellent thermal conductivity and durability
• British-made with rigorous quality control and extensive testing to ensure reliability and performance
• Compatible with EBC high-friction brake pads for maximum braking efficiency
• Designed with 5 bolt holes, 336mm diameter, 28mm thickness, and 78.5mm center hole diameter for precise fitment
• USR series features a super silent slot pattern to reduce noise while maintaining aggressive braking characteristics
• Sold as a set including both left and right rotors for balanced braking performance

Construction & Design

Each rotor is crafted from premium grey iron, known for its excellent heat dissipation and wear resistance. The rotors are precision machined in the UK to exacting standards, ensuring a perfect fit and smooth operation. The vented design promotes airflow through the rotor, effectively reducing operating temperatures and minimizing the risk of brake fade during heavy use. The slotted surface pattern is engineered to maintain clean pad contact by channeling away debris and gases generated under braking, which enhances pad bite and overall braking consistency.

Performance & Sound

The USR slotted rotors are designed to deliver superior braking performance with reduced noise levels. The unique slot pattern not only improves pad bite and heat dissipation but also minimizes the typical squealing associated with high-performance rotors. When paired with compatible high-friction brake pads, these rotors provide confident stopping power and a quieter, more refined braking experience.

Installation & Fitment

Installation is straightforward, as these rotors are direct replacements for the front rotors on specified Dodge Ram, Durango, and Dakota models. No modifications are necessary, and they fit perfectly with the factory hub and brake caliper assemblies. Sold as a complete front set, the package includes both left and right rotors to ensure balanced braking performance across the axle.

What's Included

• One pair of front EBC USR Slotted Brake Rotors (left and right sides)

Ideal For

These rotors are ideal for Dodge owners who demand enhanced braking performance for daily driving, towing, or light performance applications. Enthusiasts looking to upgrade from standard rotors to a more durable, cooler-running, and better-performing option will appreciate the USR series. They are also well-suited for those who want a quieter slotted rotor without sacrificing braking efficiency.

EBC Brakes is a performance-focused braking manufacturer known for enthusiast and motorsport-ready brake pads, rotors, and complete brake kits across a wide range of vehicles. Their catalog spans street upgrades through track compounds, giving drivers options for better bite, heat management, and consistent pedal feel when pushing harder than stock braking can handle.