
Disc Brake Pad QDB1505 Super X - QFM
The QDB1505 Super X disc brake pads from QFM incorporate advanced friction technology engineered for superior stopping performance under diverse driving conditions. These precision-manufactured pads feature a proprietary high-temperature compound that maintains consistent braking force while effectively managing thermal loads during intensive use. The specialized chamfer design and multi-layer shim technology ensure smooth, quiet operation with minimal vibration and noise. With exceptional dust resistance and wear characteristics, these pads deliver extended service life while preserving rotor integrity. Ideal for drivers demanding reliable, responsive braking with optimal pedal feel and performance across varying environmental conditions.
The QDB1505 Super X disc brake pads from QFM incorporate advanced friction technology engineered for superior stopping performance under diverse driving conditions. These precision-manufactured pads feature a proprietary high-temperature compound that maintains consistent braking force while effectively managing thermal loads during intensive use. The specialized chamfer design and multi-layer shim technology ensure smooth, quiet operation with minimal vibration and noise. With exceptional dust resistance and wear characteristics, these pads deliver extended service life while preserving rotor integrity. Ideal for drivers demanding reliable, responsive braking with optimal pedal feel and performance across varying environmental conditions.
Original: $60.00
-70%$60.00
$18.00Description
The QDB1505 Super X disc brake pads from QFM incorporate advanced friction technology engineered for superior stopping performance under diverse driving conditions. These precision-manufactured pads feature a proprietary high-temperature compound that maintains consistent braking force while effectively managing thermal loads during intensive use. The specialized chamfer design and multi-layer shim technology ensure smooth, quiet operation with minimal vibration and noise. With exceptional dust resistance and wear characteristics, these pads deliver extended service life while preserving rotor integrity. Ideal for drivers demanding reliable, responsive braking with optimal pedal feel and performance across varying environmental conditions.
