Brembo OE PRIME Rear 350mm Disc Rotors & Low Met Pads

2012–2018 Jeep Grand Cherokee 6.4L SRT8 / 6.2L Trackhawk / 2018–2024 Dodge Durango 6.4L 392

Part #: KT04288

Overview

The Brembo OE PRIME Rear Disc Rotors and Low Metallic Pads Kit is a premium brake upgrade designed specifically for high-performance Jeep Grand Cherokee and Dodge Durango models. Engineered to deliver consistent, reliable stopping power, this kit is ideal for drivers who demand safety and control in both everyday driving and spirited performance scenarios. Whether navigating urban streets or tackling challenging terrain, Brembo’s OE kit ensures optimal brake response, enhanced durability, and reduced noise and vibration.

This comprehensive rear brake kit offers a direct replacement solution that meets or exceeds original equipment standards, making it perfect for maintaining or upgrading your vehicle’s braking system without compromise.

Key Features

Built with precision and advanced technology, the Brembo OE PRIME Rear Disc Brake Kit includes:

• Prime low-metallic brake pads engineered for smooth engagement, reduced noise, and consistent performance
• High carbon cast iron 350mm rear disc rotors that minimize vibration and noise for a refined braking feel
• Exclusive Pillar Venting Technology (PVT) that improves rotor cooling efficiency and increases resistance to cracking by over 40%
• Patented designs that replicate or enhance original equipment braking characteristics for reliable stopping power
• Complete fixing hardware included for a straightforward and secure installation process
• Manufactured using the same high-quality materials trusted by original equipment manufacturers
• Improved heat conduction properties for faster cooling and extended brake component life

Construction & Design

The rear disc rotors in this kit are crafted from high carbon cast iron, a material selected for its superior vibration damping and noise reduction capabilities. This composition also enhances heat dissipation, allowing the rotors to cool quickly and maintain consistent braking performance under demanding conditions. Brembo’s high carbon alloy undergoes rigorous testing to withstand the intense thermo-mechanical stresses encountered during braking.

Incorporated into the rotor design is Brembo’s patented Pillar Venting Technology (PVT), which optimizes airflow through the rotor vents. This advanced engineering significantly boosts cooling efficiency and structural integrity, reducing the risk of cracking and extending the service life of the brake components.

Performance & Sound

Brembo’s Prime low-metallic brake pads are formulated to provide a balanced combination of performance and comfort. They ensure smooth brake engagement with minimal noise and vibration, contributing to a quieter and more refined driving experience. The synergy between the high carbon rotors and premium pads delivers precise brake modulation and consistent stopping power, enhancing driver confidence in all conditions.

Installation & Fitment

This rear disc brake kit is designed for direct fitment on select Jeep Grand Cherokee and Dodge Durango models, including the 2012–2018 Jeep Grand Cherokee SRT8 6.4L and Trackhawk 6.2L, as well as the 2018–2024 Dodge Durango 392 6.4L. The kit includes all necessary hardware for a hassle-free installation without the need for modifications or additional parts. Professional installation is recommended to ensure optimal brake performance and safety.

What's Included

• Rear 350mm high carbon cast iron disc rotors
• Prime low-metallic rear brake pads
• Complete fixing hardware for installation

Ideal For

This Brembo OE PRIME Rear Disc Brake Kit is ideal for Jeep Grand Cherokee and Dodge Durango owners seeking a high-quality brake upgrade or replacement that matches or surpasses original equipment specifications. It is well suited for daily drivers, off-road enthusiasts, and performance-minded individuals who require consistent braking performance, enhanced durability, and reduced noise and vibration for a safer, more enjoyable driving experience.