EBC USR Slotted Front Brake Rotors

2011–2021 Jeep Grand Cherokee & 2011–2026 Dodge Durango 5.7L Hemi

Part #: USR7556

Overview

The EBC USR Slotted Front Brake Rotors are precision-engineered performance rotors designed specifically for the 2011–2021 Jeep Grand Cherokee and 2011–2026 Dodge Durango equipped with the 5.7L Hemi engine. Sold as a complete front set including both left and right rotors, these rotors offer enhanced braking performance and durability for drivers seeking improved stopping power and reliability.

Ideal for enthusiasts and daily drivers alike, the USR series combines advanced slotting technology with superior materials to deliver consistent brake feel, reduced fade, and extended rotor life when paired with compatible high-friction brake pads.

Key Features

The EBC USR Slotted Rotors incorporate several key features that elevate braking performance and longevity:

• Precision-machined in the UK from high-quality grey iron for optimal strength and heat dissipation
• Slotted surface design improves pad bite and helps evacuate gases, dust, and water for consistent braking
• Vented rotor construction enhances cooling to reduce brake fade during demanding driving conditions
• Compatible with FMSI pad number D1455, ensuring a perfect fit with a wide range of brake pads
• 350mm diameter, 32mm thickness, and 54.5mm height for exact OEM fitment and performance
• 72mm center bore diameter and 5 bolt holes for direct bolt-on installation
• British-made with rigorous quality control and extensive testing for reliability and safety
• Slotted design extends rotor and pad life by reducing glazing and improving heat dissipation

Construction & Design

Manufactured from premium-grade grey iron, these rotors are engineered to meet stringent quality standards. The vented design promotes efficient airflow between the rotor faces, significantly reducing operating temperatures and minimizing brake fade under heavy use. The precision-machined slots are strategically placed to enhance pad cleaning and gas evacuation, which improves braking consistency and responsiveness.

Each rotor undergoes thorough testing and quality control in the UK to ensure dimensional accuracy and durability. This meticulous manufacturing process guarantees a reliable, long-lasting upgrade over standard OEM rotors.

Performance & Sound

The USR slotted rotors are designed to deliver superior braking performance by increasing pad bite and reducing the risk of brake fade during aggressive driving or towing. The slotting pattern also helps maintain a clean pad surface, which contributes to consistent stopping power and improved pedal feel. Additionally, the USR series is engineered to minimize noise and vibration, providing a quieter braking experience compared to traditional drilled or aggressively slotted rotors.

Installation & Fitment

These rotors are a direct bolt-on replacement for the front brakes of 2011–2021 Jeep Grand Cherokee and 2011–2026 Dodge Durango models equipped with the 5.7L Hemi engine. No modifications are required, making installation straightforward for professional mechanics or experienced DIYers. It is recommended to replace rotors in pairs and to use compatible high-friction brake pads to maximize performance and rotor longevity.

What's Included

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

Ideal For

This rotor set is perfect for Jeep Grand Cherokee and Dodge Durango owners who demand improved braking performance, whether for spirited driving, towing, or everyday use. Enthusiasts looking to upgrade from standard OEM rotors will appreciate the enhanced cooling, reduced fade, and longer service life offered by the USR slotted design.

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.