PowerStop Evolution Drilled & Slotted Rotors (REAR)

Jeep Grand Cherokee 06-10 6.1L SRT8

AR8795XPR

Overview:

The PowerStop Evolution Drilled & Slotted Rotors offer a direct bolt-on upgrade designed specifically for the rear brakes of the 2006 to 2010 Jeep Grand Cherokee. Engineered to enhance braking performance and cooling efficiency, these rotors are ideal for drivers seeking improved stopping power and durability under demanding conditions. Whether you’re tackling daily driving or spirited off-road adventures, these rotors help maintain consistent brake feel and reduce fade by efficiently dissipating heat and contaminants.

With precision cross-drilled holes and rounded slots, these rotors actively manage heat, gases, dust, and moisture to keep the brake pads in optimal contact with the rotor surface. This results in cleaner braking surfaces and enhanced overall performance, making them a reliable upgrade for Jeep Grand Cherokee owners looking to maintain or improve their vehicle’s braking system.

Key Features:

PowerStop Evolution rotors combine advanced design and manufacturing techniques to deliver superior braking performance and longevity. Key features include:

• Precision cross-drilled holes for maximum cooling and heat dissipation
• Rounded slots that effectively sweep away gases, dust, and moisture
• Chamfered drill holes and slots to reduce stress cracking and extend rotor life
• Silver zinc dichromate plating for excellent rust and corrosion resistance
• Manufactured to strict tolerances for minimal disc thickness variation (DTV) and runout
• Weight and vane count matched to original equipment specifications for consistent performance
• 100% dynamically balanced to ensure smooth, quiet operation
• Direct OE fit with no modifications required for easy installation
• Sold as a pair for complete rear axle replacement

Construction & Design:

These rotors are crafted from premium-grade cast iron and feature a silver zinc dichromate plating that protects against rust and corrosion, extending the service life of the rotors even in harsh environments. The precision cross-drilled holes and rounded slots are engineered to reduce heat buildup and prevent brake fade during heavy braking or extreme driving conditions. The chamfered edges on the holes and slots minimize stress concentrations, reducing the risk of cracking and ensuring long-term durability.

Each rotor is manufactured to meet or exceed OEM specifications, including strict tolerances for disc thickness variation and lateral runout. This attention to detail guarantees smooth braking performance without vibration or noise, preserving the driving comfort and safety of your Jeep Grand Cherokee.

Installation & Fitment:

Designed as a direct replacement for the rear rotors on 2006–2010 Jeep Grand Cherokee models, these PowerStop Evolution rotors require no special modifications or machining. The bolt-on upgrade fits precisely to the factory mounting points, making installation straightforward for professional mechanics and experienced DIY enthusiasts alike. This ensures a hassle-free upgrade that restores or enhances braking performance quickly and efficiently.

What's Included:

• Pair of PowerStop Evolution Drilled & Slotted Rear Rotors

Ideal For:

These rotors are perfect for Jeep Grand Cherokee owners who want to improve brake cooling and performance without altering their vehicle’s original braking system. They are especially suited for drivers who frequently tow, carry heavy loads, or engage in spirited driving where enhanced heat dissipation and fade resistance are critical. Additionally, they offer a durable, corrosion-resistant solution for those living in regions with harsh weather conditions.

PowerStop builds complete, vehicle-specific brake upgrade kits—pads, rotors, hardware and more—designed as an easy bolt-on way to improve stopping performance. With options aimed at towing, spirited street driving, and more aggressive use, PowerStop is a popular choice when you want a straightforward brake upgrade with better feel and confidence than stock.