Plaquettes de frein avant course Hawk HB609B.572 HPS 5.0 - Convient pour Audi R8 & remises VW

Product Name: Plaquettes de frein avant course Hawk HB609B.572 HPS 5.0 - Convient pour Audi R8 & remises VW
Air Freight Prohibited：false Not Carb Approved：false Ltl Freight Required：false Prop 65：N Part Type：automotive Epa：N/A Carb Acknowledgement Required：false UPC：840653081809
Upgrade your vehicles braking performance with the Hawk Performance HB609B.572 HPS 5.0 Front Race Brake Pads. Designed specifically for the Audi R8 (2008-2011), RS4 (2007-2008), RS6 (2003-2004), and VW Phaeton (2002-2003), these high-performance street brake pads deliver exceptional stopping power, enhancing your driving experience. The HPS (High Performance Street) compound boasts a higher coefficient of friction compared to stock pads, offering 20 to 40 percent more stopping power and remarkable resistance to brake fade. Enjoy improved pedal feel and consistent performance even under demanding conditions. Plus, with less brake dust generated, your wheels will stay cleaner for longer, making maintenance easier. Whether youre hitting the streets or the track, the Hawk HPS 5.0 Front Race Brake Pads are engineered to meet your high-performance needs without compromising on durability. Elevate your braking system and experience the difference today! <b>Features:</b> * High Performance Street compound: Offers superior stopping remises power over stock pads: High Performance Street compound: Offers superior stopping power over stock pads * Increased friction: Provides 20 to 40 percent more stopping strength: Increased friction: Provides 20 to 40 percent more stopping strength * Enhanced fade resistance: Maintains performance under extreme conditions: Enhanced fade resistance: Maintains performance under extreme conditions * Less brake dust: Keeps wheels cleaner and reduces maintenance: Less brake dust: Keeps wheels cleaner and reduces maintenance * Durable design: Built for long-lasting performance and reliability: Durable design: Built for long-lasting performance and reliability.