EBC
EBC Extreme Pro Brake Pads EPFA296HH for Harley-Davidson Softail and XR1200X
Verify fitment with your machine
Select type, year, make, and model
EBC Extreme Pro Brake Pads EPFA296HH for Harley-Davidson Softail and XR1200X
The EBC Extreme Pro Brake Pads EPFA296HH are engineered to deliver exceptional stopping power for Harley-Davidson Softail models and XR1200X motorcycles. Crafted with a high-tech sintered bronze blend that includes innovative materials such as Tungsten and Moly metals, these brake pads provide superior grip and fade resistance under demanding conditions. Designed for both street and off-road racing, they are suitable for high-performance applications, offering bikers confidence in intense riding scenarios. Their advanced composition ensures consistent braking performance, making them ideal for riders seeking durability and reliability in their braking system.
These brake pads feature a range of enhancements to improve overall braking performance. The design provides increased stability during braking, ensuring a controlled and confident ride. The faster bed-in process reduces break-in time, allowing riders to enjoy optimal performance sooner. With improved bite, these pads deliver quicker response and more effective stopping power. Stainless radiator plates contribute to better heat cycling, reducing thermal degradation and maintaining performance over extended use. Additionally, their construction promotes longer pad life while minimizing rotor damage, which helps in maintaining rotor integrity and reducing maintenance costs.
Suitable for a variety of Harley-Davidson Softail models from 2015 to 2017, as well as XR1200X bikes from 2011 to 2012, these brake pads are a high-end upgrade designed for serious riders. The EPFA296HH model combines cutting-edge materials and manufacturing techniques to ensure your motorcycle can handle aggressive riding with confidence. Whether you're on the street or tackling off-road trails, the EBC Extreme Pro Brake Pads provide the stopping power, durability, and heat resistance needed for peak performance.
Features:
- More stability during braking
- Faster bed-in process for immediate performance
- Enhanced bite for quicker response
- Stainless radiator plates for improved heat management
- Better heat cycling for consistent performance
- Longer lifespan compared to standard pads
- Reduced rotor damage for rotor longevity
US Dollars