PowerStop Z17 Evolution Ceramic Brake Pads (FRONT)
2005–2010 Jeep Grand Cherokee / 2006–2010 Jeep Commander
17-1080
Overview:
The PowerStop Z17 Evolution Ceramic Brake Pads are engineered to deliver reliable, high-quality braking performance for Jeep Grand Cherokee models from 2005 to 2010 and Jeep Commander models from 2006 to 2010. Designed as an affordable, direct replacement for your factory brake pads, these ceramic pads provide enhanced stopping power while minimizing brake dust and noise. Ideal for drivers seeking a balance of performance, durability, and cleanliness, the Z17 Evolution pads ensure your vehicle maintains safe and consistent braking under everyday driving conditions.
These front brake pads are perfect for Jeep owners who want to restore or upgrade their braking system without compromising on quality or fitment. With included stainless steel hardware and OE positive mold technology, installation is straightforward and wear is consistent, making these pads a dependable choice for stock replacement.
Key Features:
The PowerStop Z17 Evolution Ceramic Brake Pads combine advanced materials and thoughtful engineering to enhance your braking experience. Key features include:
- Low-dust ceramic formula that maximizes stopping power while keeping wheels cleaner
- Powder-coated backing plates resist rust and corrosion for extended pad life
- Multi-layer rubberized shims reduce vibration and provide virtually noise-free braking
- Premium stainless steel hardware included for easy and secure installation
- Positive mold technology ensures consistent wear and reliable performance
- Chamfered and slotted pad design to minimize noise and improve pad bedding
- Thermal scorched pad surface promotes fast break-in and stable friction levels
Construction & Design:
PowerStop’s Z17 Evolution pads feature a ceramic friction material formulated to deliver smooth, consistent braking with reduced dust generation compared to traditional semi-metallic pads. The backing plates are powder coated to prevent rust and corrosion, extending the lifespan of the pads and maintaining structural integrity. The pads incorporate positive mold technology, which ensures uniform density and consistent wear patterns for reliable performance over time.
Additionally, the multi-layer rubberized shims act as a buffer to absorb vibrations, reducing brake noise and enhancing driver comfort. The chamfered and slotted design further aids in noise reduction and helps to channel away heat and debris, contributing to a quieter and cleaner braking experience.
Performance & Sound
The Z17 Evolution ceramic brake pads are engineered to provide strong stopping power with minimal noise and dust. The thermal scorched surface allows for a quick break-in period, ensuring that optimal friction levels are reached rapidly. This results in smooth, confident braking performance without the squeals or excessive dust commonly associated with lesser quality pads.
Installation & Fitment:
These brake pads are designed as a direct fit replacement for the front brakes of Jeep Commander models from 2006 to 2010 and Jeep Grand Cherokee models from 2005 to 2010, including various trims such as Base, Limited, Overland, Sport, and 65th Anniversary Editions. Installation is straightforward and requires no modifications, making them suitable for both professional mechanics and knowledgeable DIY enthusiasts. The included stainless steel hardware simplifies the brake job by providing all necessary mounting components.
What's Included:
- Set of front PowerStop Z17 Evolution ceramic brake pads
- Premium stainless steel installation hardware
Ideal For:
The PowerStop Z17 Evolution Ceramic Brake Pads are ideal for Jeep owners seeking a reliable, quiet, and clean-performing brake pad that matches or exceeds OEM standards. They are well suited for daily driving, highway cruising, and light towing applications where consistent stopping power and reduced brake dust are priorities. These pads offer an excellent balance of performance and value for those maintaining or restoring their Jeep’s braking system.
