Ultimate Stoptech Centric Posiquiet 16-18 Bmw X1 / 18-20 Bmw X2 / 16-19 Mini Cooper Clubman Ceramic Rear Brake Pads Now 85% Cheaper [fhRF2zge]

Stoptech Centric PosiQuiet Brake Pads

Experience superior braking performance with the Stoptech Centric PosiQuiet Brake Pads, designed specifically for the 16-18 BMW X1, 18-20 BMW X2, and 16-19 Mini Cooper Clubman. These ceramic rear brake pads are engineered to deliver exceptional stopping power and longevity, ensuring your vehicle remains safe and reliable on the road.

Superior Engineering and Quality

Crafted using the same positive molding process as Original Equipment suppliers, the PosiQuiet brake pads guarantee consistent friction material density throughout the pad. This results in even wear and performance characteristics, providing you with a smooth and reliable braking experience. To address common issues like noise and vibration, Centric Parts has incorporated precision cut or shaved backing plates and mechanically attached shims. These small details ensure proper fitment in the caliper, virtually eliminating noise associated with pad vibration. Additionally, the scorching process pre-burnishes the pads, accelerating the break-in process and ensuring optimal performance from the start.

• Positive Molding for consistent friction material density.
• Noise and Vibration Reduction with precision cut backing plates and shims.

Comprehensive Vehicle Fitment and Hardware Included

The Stoptech Centric PosiQuiet Brake Pads are meticulously designed to fit a wide range of vehicles, including various models of the BMW X1, X2, and Mini Cooper Clubman. This ensures compatibility and ease of installation. Each package comes complete with all necessary hardware for a hassle-free installation, where applicable. With a focus on long-lasting performance and reliability, these brake pads are the perfect choice for drivers who demand the best from their vehicles.

• Wide Vehicle Fitment for BMW X1, X2, and Mini Cooper Clubman models.
• Included Hardware for a seamless installation process.