
Disc Brake Pad DB1392 Super X - QFM
The DB1392 Super X disc brake pads by QFM incorporate advanced friction technology engineered for superior stopping power and thermal stability. These high-performance pads feature a specialized compound that maintains consistent braking force across extreme temperature ranges, effectively minimizing fade during demanding driving conditions. The precision-manufactured design includes chamfered edges and anti-noise shims for smooth, quiet operation with reduced vibration. With exceptional dust resistance and wear characteristics, these pads deliver reliable, responsive braking performance while extending rotor life—ideal for drivers who demand optimal safety and performance from their braking system.
The DB1392 Super X disc brake pads by QFM incorporate advanced friction technology engineered for superior stopping power and thermal stability. These high-performance pads feature a specialized compound that maintains consistent braking force across extreme temperature ranges, effectively minimizing fade during demanding driving conditions. The precision-manufactured design includes chamfered edges and anti-noise shims for smooth, quiet operation with reduced vibration. With exceptional dust resistance and wear characteristics, these pads deliver reliable, responsive braking performance while extending rotor life—ideal for drivers who demand optimal safety and performance from their braking system.
Original: $60.00
-70%$60.00
$18.00Description
The DB1392 Super X disc brake pads by QFM incorporate advanced friction technology engineered for superior stopping power and thermal stability. These high-performance pads feature a specialized compound that maintains consistent braking force across extreme temperature ranges, effectively minimizing fade during demanding driving conditions. The precision-manufactured design includes chamfered edges and anti-noise shims for smooth, quiet operation with reduced vibration. With exceptional dust resistance and wear characteristics, these pads deliver reliable, responsive braking performance while extending rotor life—ideal for drivers who demand optimal safety and performance from their braking system.
