Galfer HH Sintered Brake Pads - FD266G1370

Upgrade your braking performance with Galfer HH Sintered Brake Pads. These high-performance pads are engineered to provide superior stopping power and consistent performance in a variety of riding conditions. Experience enhanced control and confidence with every brake application.

Description

Galfer HH Sintered Brake Pads utilize advanced ceramic composites designed to withstand higher temperatures compared to standard semi-metallic carbon pads. The HH friction-rated compound ensures excellent feel and modulation, giving you precise control over your braking. Developed for varying conditions, these pads offer a very aggressive bite and lasting power, ensuring reliable performance whether you're on the street or the track. The sintered metal construction provides durability and resistance to wear, extending the life of the pads and maintaining consistent performance throughout their lifespan. Improve your motorcycle's braking system with these high-quality brake pads for enhanced safety and performance.

Features & highlights

• Advanced ceramic composites provide superior heat resistance, outperforming standard semi-metallic pads.
• HH friction rating delivers exceptional feel and modulation for precise braking control.
• Sintered metal construction ensures durability and long-lasting performance.
• Aggressive initial bite provides immediate stopping power when you need it most.
• Engineered for consistent performance across diverse riding conditions.
• Enhanced braking performance improves overall safety and rider confidence.

Technical specifications

• Fits Front & Rear (fits the Front on some motorcycles and the Rear on others)
• Brand: GALFER
• Product Name: Brake Pad
• Type: Sintered Metal
• Material: Sintered Metal
• Length: 102.1 mm (4-1/64")
• Width: 38.7 mm (1-17/32")
• Thickness: 8.30 mm (21/64")
• Units: Set
• Vendor Part Number: FD266G1370

Important to know

Ensure proper installation by a qualified mechanic. Always check and replace brake pads in pairs for optimal performance.