EBC FA717HH Double-H Sintered Sportbike Brake Pad Set

FA series with HH suffix, EBC's American-made ultra high frictionDouble-H sintered copper alloy brake pads for maximum stoppingpower and lifetime. With stainless steel radiator plates to reduce heattransfer and double compact for wider pads.

Upgrade your sportbike's braking performance with the EBC FA717HH Double-H Sintered Sportbike Brake Pad Set. Designed for riders seeking reliable stopping power, these high-performance brake pads are engineered with advanced sintered material that provides excellent durability and heat resistance. Perfect for aggressive riding conditions, they ensure consistent braking performance even under demanding circumstances. The set includes all necessary components for a complete installation, making it a convenient choice for maintenance or upgrades.
Constructed to fit a variety of sportbike models, the EBC FA717HH pads feature a specialized design that maximizes friction while minimizing wear on your brake rotors. The sintered composition offers superior stopping power compared to organic pads, especially at higher temperatures, making them ideal for track days or spirited riding. These pads are engineered for longevity, reducing the need for frequent replacements and providing peace of mind during demanding rides.
Installation is straightforward, and the pads are crafted with precise dimensions to ensure a secure fit and optimal performance. Whether you're replacing worn-out brake pads or upgrading for enhanced control, the EBC FA717HH set delivers dependable braking performance that riders can trust. Designed and manufactured by EBC, a reputable name in motorcycle braking components, these pads combine quality, performance, and durability in one complete set.

Features:

• Sintered material for excellent heat resistance and durability

• Designed for sportbike applications with reliable stopping power

• Includes complete set for easy installation

• Optimized friction characteristics for consistent braking

• Engineered to minimize rotor wear while maximizing performance