Hot Sale Lyndall Brakes X Racing Brake Pads For 2003 Harley-davidson Heritage Springer:anniversary Efi Flstsi-front Rear Instant 55% Discount [hnZVoagd]

Lyndall Brakes X Racing Brake Pads for Harley-Davidson Heritage Springer

Elevate your 2003 Harley-Davidson Heritage Springer with the Lyndall Brakes X Racing Brake Pads. Designed for Anniversary EFI FLSTSI models, these high-performance brake pads deliver exceptional stopping power and durability. Engineered with advanced friction material, these pads offer 30% more stopping power than stock sintered pads, ensuring a safer and more responsive ride.

Superior Performance and Quality

Experience the Xtreme Performance of the Lyndall Brakes X Racing Brake Pads, featuring a HH friction rating in an organic material. This innovative compound provides the highest stopping torque and requires less lever effort, making your ride more efficient and enjoyable. Made with the latest aramid friction material from Dupont, these pads are guaranteed for 18,000 miles, offering long-lasting performance and reliability. The Xtreme series boasts a HH friction rating, ensuring a .6 coefficient from ambient to first fade and a .6 coefficient from first recovery to second fade, delivering superior stopping power in various conditions.

Optimized for Daily Riding

The Lyndall Brakes X Racing Brake Pads are perfect for riders who demand top-notch performance and safety. With moderate dust production and 20% cooler operation, these pads offer a smooth and quiet ride, reducing wear and tear on your bike. The Xtreme series is ideal for daily commutes, long road trips, or any situation where you need to rely on your brakes. Whether you're a seasoned rider or new to the sport, these brake pads are designed to enhance your riding experience and keep you safe on the road. Remember, these brake components should be fitted by a qualified mechanic to ensure proper installation and maximum performance. Choose the Lyndall Brakes X Racing Brake Pads for Harley-Davidson Heritage Springer and experience the difference in stopping power and reliability.