Plaquettes de frein arrière céramique Hawk HB808Z.570 pour Mercedes-Benz E63 vente en gros AMG

Product Name: Plaquettes de frein arrière céramique Hawk HB808Z.570 pour Mercedes-Benz E63 vente en gros AMG
Air Freight Prohibited：false Not Carb Approved：false Ltl Freight Required：false Prop 65：N Part Type：automotive vente en gros Epa：N/A Carb Acknowledgement Required：false UPC：840653033907
Upgrade your braking performance with the Hawk Performance HB808Z.570 Ceramic Rear Brake Pads, designed to fit the 2010-2015 Mercedes-Benz E63 AMG and the 2014-2016 E63 AMG S. These high-performance street pads are engineered to significantly enhance your vehicles stopping power, providing a superior driving experience. The Hawk HPS braking compound features a higher coefficient of friction compared to standard brake pads, delivering 20 to 40 percent more stopping power. With improved resistance to brake fade, these pads ensure better pedal feel and consistent performance throughout their lifespan. Enjoy a cleaner ride too, as this ceramic formulation generates less brake dust, keeping your wheels looking great. Transform your daily driving and spirited rides with the reliability and durability of Hawk Performance brake pads. Whether youre commuting or hitting the open road, these pads are the perfect choice for anyone looking to elevate their vehicles braking capabilities. <b>Features:</b> * High Performance Street compound: Increases stopping power significantly: High Performance Street compound: Increases stopping power significantly * 20 to 40 percent more stopping power: Outperforms standard brake pads: 20 to 40 percent more stopping power: Outperforms standard brake pads * Higher resistance to brake fade: Ensures consistent performance: Higher resistance to brake fade: Ensures consistent performance * Less brake dust: Keeps wheels cleaner for longer: Less brake dust: Keeps wheels cleaner for longer * Durable construction: Designed for everyday driving and performance use: Durable construction: Designed for everyday driving and performance use.