CRANK1 Sintered Brake Pads
 
CRANK1 Sintered Brake Pads are widely used in superbikes and high-performance motorcycles. They are engineered for maximum durability, superior braking power, and the ability to withstand extreme riding conditions. Below are the key benefits of the CRANK1 Sintered Series.
 
HIGH HEAT RESISTANCE
CRANK1 sintered pads are designed to perform in high-temperature environments, making them ideal for aggressive riding, track use, and demanding terrains. They maintain consistent braking performance under intense pressure, significantly reducing the risk of brake fade.
 
POWERFUL & CONSISTENT STOPPING
These pads deliver strong, reliable stopping power with excellent responsiveness. Riders benefit from precise braking control, especially in emergency or high-speed situations.
 
EXTENDED SERVICE LIFE
Thanks to their solid, high-density construction, CRANK1 sintered brake pads typically outlast organic alternatives. This means fewer replacements and lower long-term maintenance costs.
 
ALL-WEATHER PERFORMANCE
CRANK1 sintered pads perform effectively in a wide range of weather conditions, including wet and muddy environments. They maintain dependable braking performance even when exposed to moisture.
 
REDUCED BRAKE FADE
Engineered for extreme conditions, these pads minimize brake fade during prolonged or heavy braking.
 
IDEAL FOR TOURING & HEAVY LOADS
CRANK1 sintered pads are highly recommended for touring motorcycles and bikes carrying heavy loads. Their exceptional heat tolerance and durability make them well-suited for long-distance travel.
 
Technical Specifications -
Specific Pressure: P < 5.1 MPa
Sliding Speed: V < 30 m/s
Continuous Maximum Temperature: 680°C
Short-Term Maximum Temperature: 830°C
 
Features:
Extremely high static friction coefficient
Low abrasive impact on brake rotor material
Specially modified braking surface
A stainless-steel heat shield is integrated into the backing plate for thermal insulation
Minimal performance variation between dry and wet conditions
High wear resistance
Strong braking efficiency up to 660°C (maximum 830°C)
Sintered friction compound bonded to a copper-coated backing plate, significantly reducing the risk of material separation (common with organic pads)