Plaquettes de frein arrière de course Hawk Performance DTC-60 - Convient à BMW & officiel Land Rover

Product Name: Plaquettes de frein arrière de course Hawk Performance DTC-60 - Convient à BMW & officiel Land Rover
Air officiel 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：840653075808
Enhance your vehicles braking performance with Hawk Performance DTC-60 Race Rear Brake Pads, designed specifically for a range of BMW and Land Rover models. These high-performance pads are engineered to provide superior stopping power, ensuring you can tackle both city streets and racetracks with confidence. The DTC-60 compound offers a significant increase in friction compared to standard pads, delivering 20 to 40 percent more stopping power and exceptional resistance to brake fade. One of the standout features of these brake pads is their ability to maintain consistent performance under demanding conditions, providing a reassuring pedal feel that drivers can rely on. With reduced brake dust generation, your wheels will stay cleaner for longer, making maintenance easier. Upgrade your braking system today with Hawk Performance DTC-60 Race Rear Brake Pads, and experience the difference in performance and safety on the road or track. <b>Features:</b> * High friction coefficient: Offers 20-40% more stopping power compared to standard pads: High friction coefficient: Offers 20-40% more stopping power compared to standard pads * Fade resistance: Maintains performance during intense braking situations: Fade resistance: Maintains performance during intense braking situations * Reduced brake dust: Keeps wheels cleaner for easier maintenance: Reduced brake dust: Keeps wheels cleaner for easier maintenance * Consistent pedal feel: Enhances driver confidence and control: Consistent pedal feel: Enhances driver confidence and control * Durable construction: Built to withstand rigorous driving conditions: Durable construction: Built to withstand rigorous driving conditions.