Disc Brake Pad QDB1704 Super Q - QFM
The QDB1704 Super Q disc brake pads from QFM feature advanced ceramic-metallic composite technology engineered for superior braking performance across diverse driving conditions. These precision-manufactured pads deliver exceptional thermal stability, effectively minimizing brake fade during high-stress applications. The proprietary friction formula provides consistent stopping power while significantly reducing noise, vibration, and dust accumulation. Incorporating multi-layer shim technology and chamfered edges, these pads ensure smooth engagement and optimal pad-to-rotor contact. With enhanced durability and wear characteristics, they provide extended service life while preserving rotor integrity—ideal for discerning drivers who demand reliable, responsive braking performance.
The QDB1704 Super Q disc brake pads from QFM feature advanced ceramic-metallic composite technology engineered for superior braking performance across diverse driving conditions. These precision-manufactured pads deliver exceptional thermal stability, effectively minimizing brake fade during high-stress applications. The proprietary friction formula provides consistent stopping power while significantly reducing noise, vibration, and dust accumulation. Incorporating multi-layer shim technology and chamfered edges, these pads ensure smooth engagement and optimal pad-to-rotor contact. With enhanced durability and wear characteristics, they provide extended service life while preserving rotor integrity—ideal for discerning drivers who demand reliable, responsive braking performance.
Original: $60.00
-70%$60.00
$18.00Description
The QDB1704 Super Q disc brake pads from QFM feature advanced ceramic-metallic composite technology engineered for superior braking performance across diverse driving conditions. These precision-manufactured pads deliver exceptional thermal stability, effectively minimizing brake fade during high-stress applications. The proprietary friction formula provides consistent stopping power while significantly reducing noise, vibration, and dust accumulation. Incorporating multi-layer shim technology and chamfered edges, these pads ensure smooth engagement and optimal pad-to-rotor contact. With enhanced durability and wear characteristics, they provide extended service life while preserving rotor integrity—ideal for discerning drivers who demand reliable, responsive braking performance.
