GALFER
GALFER FD278G1396 Brake Pads – High-Performance Ceramic Composite for Motorcycle and ATV
Verify fitment with your machine
Select type, year, make, and model
GALFER FD278G1396 Brake Pads – High-Performance Ceramic Composite for Motorcycle and ATV
The GALFER FD278G1396 brake pads are engineered for exceptional stopping power and durability in demanding riding conditions. Designed with fewer metallics in the compound, these pads help reduce rotor wear and improve longevity. Their advanced ceramic composite formulation enables the pads to withstand more heat cycles while maintaining consistent braking performance over time. This makes them ideal for riders seeking reliable, long-lasting brake pads for both on-road and off-road applications. The fast heat recovery capability ensures that braking remains responsive and smooth even during aggressive riding or repeated stops, giving riders better control and confidence at the lever.
The innovative compound dissipates heat efficiently, preventing fade and maintaining optimal friction levels across a wide temperature range. Whether you're tackling steep descents or high-speed riding, these GALFER brake pads deliver consistent and predictable braking feel. Their design promotes a quieter operation compared to traditional metallic pads, reducing noise and vibration. Easy to install, the FD278G1396 pads are compatible with a variety of motorcycle and ATV brake systems, making them a versatile choice for riders who demand high performance and durability from their brake components.
Crafted with quality materials and precision manufacturing, GALFER's brake pads provide dependable stopping power, helping you stay safe and confident on every ride. Their high heat resistance and rapid heat recovery translate into improved braking feel, control, and reduced fading, even in extreme conditions. Choose GALFER FD278G1396 brake pads for a reliable upgrade that enhances your vehicle’s braking performance and extends the lifespan of your rotors.
Features:
- Reduced metallic content in compound for rotor protection and longer pad life
- High heat cycle resistance maintains consistent braking performance
- Fast heat recovery for reliable braking response
- Ceramic composites in the formulation aid heat dissipation
- Enhanced braking feel and control with minimal noise and vibration
US Dollars