Jeep Cherokee Brake Pads - Front - PowerStop - Z23 Evolution Sport - `90-`01

The Jeep Cherokee Brake Pads - Front - PowerStop - Z23 Evolution Sport - `90-`01 are high-performance brake pads designed specifically for your Jeep. These pads are crafted to enhance your vehicle's stopping power while providing a smoother, quieter ride, making them an excellent choice for both daily driving and spirited weekend drives.

The PowerStop Z23 Evolution Sport Brake Pads utilize a unique carbon-fiber infused, low-dust ceramic compound to achieve superior braking power without compromising everyday drivability. This advanced formula not only delivers enhanced performance but also reduces wear on your rotors and minimizes brake dust, keeping your wheels cleaner for longer periods. The thermal scorched pad surface ensures a quick break-in period, giving you maximum efficiency right from the start. Additionally, these pads are chamfered and slotted, which helps in maintaining quiet, noise-free braking, even in demanding conditions.

Features

• Includes premium stainless-steel hardware for easy installation
• Carbon-fiber ceramic formula for increased braking power
• Powder-coated backing plate resists rust and corrosion
• Multi-layer rubberized shims for virtually noise-free braking
• Low dust formulation verified by 3rd party testing
• Positive mold technology ensures consistent wear and performance

Upgrade your Jeep Cherokee's braking system with the reliable and durable PowerStop Z23 Evolution Sport Brake Pads. Whether you're enhancing your daily drive or fine-tuning your vehicle for specific performance needs, these pads are a worthy investment. For those located in Austin, Texas or Los Angeles, California, our two locations offer installation and customization services to ensure your complete satisfaction. Feel free to reach out to us with any questions at 512-982-9393 (TX) or 562-981-6800 (CA). Considering multiple products? Contact us for possible shipping discounts. Remember, we install on premises at both of our locations.