EBC Sintered Brake Pads - FA069/3HH

Experience superior braking performance and extended pad life with EBC FA693HH Sintered Brake Pads. These pads are engineered for maximum stopping power and durability, providing consistent performance in all riding conditions. Upgrade your motorcycle's braking system with the industry's highest HH friction rating for ultimate confidence on the road or track.

Description

EBC FA693HH Sintered Brake Pads are designed for riders who demand the best in braking performance. Featuring a sintered metal construction with a copper alloy, these pads deliver exceptional stopping power and heat dissipation. The HH friction rating, the highest in the industry, ensures maximum brake effect, allowing for shorter stopping distances and improved control. With a thickness of 11.3 mm (7/16") and a length of 90 mm (3-35/64"), these pads are built to last, offering twice the lifespan of organic pads. EBC's sintered design also reduces brake fade and provides consistent performance throughout the pad's life.

Features & highlights

• Superior Stopping Power: The HH friction rating provides the highest level of braking performance, ensuring shorter stopping distances.
• Extended Pad Life: Sintered metal construction lasts twice as long as organic pads, saving you money on replacements.
• Fade Resistance: Engineered to minimize brake fade, maintaining consistent performance even under heavy use.
• Copper Alloy Construction: Enhanced heat dissipation ensures reliable braking in all conditions.
• Consistent Performance: Delivers reliable braking performance throughout the life of the pad.

Technical specifications

• Fits Front & Rear (fits the Front on some motorcycles and the Rear on others)
• Brand: EBC
• Product Name: Brake Pad
• Type: Sintered Metal
• Material: Copper Alloy
• Length: 90 mm (3-35/64")
• Thickness: 11.3 mm (7/16")
• Units: Set of 2
• Vendor Part Number: FA069/3HH

Important to know

Ensure proper installation by a qualified technician. Always inspect brake rotors for wear and replace if necessary. Follow manufacturer's recommended break-in procedure for optimal performance.