Hawk Performance ER-1 Motorsport Brake Pads are designed with decades of expertise and continuous innovation to deliver exceptional braking performance for high-performance and racing applications. Crafted with Hawk's proprietary DTC curved slot design, these brake pads provide superior heat dissipation and consistent stopping power under demanding conditions. They are engineered to meet OE specifications, ensuring proper fitment and compatibility with your vehicle's existing braking system without the need for modifications. These brake pads are suitable for use with Wilwood SL, AP Racing, and Outlaw brake systems, making them an ideal choice for enthusiasts seeking reliable, high-quality braking components. The pads feature a thickness of approximately 0.65 inches, providing increased durability and lifespan for intensive driving and racing environments. Hawk's extensive research and development efforts ensure these pads deliver optimal performance, stability, and fade resistance, contributing to safer and more confident driving. Constructed from premium materials, the ER-1 brake pads are designed to withstand high temperatures and aggressive braking, making them a trusted choice for motorsport and performance applications. These pads are lightweight, easy to install, and meet the highest standards of quality and engineering, making them suitable for both professional racers and dedicated enthusiasts. With a focus on safety and performance, Hawk Performance ER-1 brake pads are an essential upgrade for vehicles that demand the best in braking technology and reliability.
Features:
* Proprietary DTC curved slot design for enhanced heat dissipation and consistent braking.
* Engineered to meet OE specifications for perfect fitment with Wilwood SL, AP Racing, and Outlaw brake systems.
* High-performance composite materials for durability, fade resistance, and optimal stopping power.
* Designed for high-temperature environments, suitable for racing and performance driving.
* Lightweight construction for easy installation and improved vehicle handling.