Galfer HH Sintered ATV Brake Pads - FD063G1397

Upgrade your motorcycle's braking performance with Galfer HH Sintered Brake Pads. These high-performance brake pads are engineered with advanced ceramic composites to provide superior stopping power and consistent performance in varying conditions. Experience enhanced feel and modulation with these aggressive pads, designed for riders who demand the best.

Description

Galfer HH Sintered Brake Pads are constructed with advanced ceramic composites, enabling them to withstand higher temperatures compared to standard semi-metallic carbon brake pads. The HH friction rating ensures excellent feel and modulation, giving you confidence and control during braking. Developed to perform reliably in varying conditions, these pads offer a very aggressive initial bite and lasting power, making them ideal for both everyday riding and demanding performance applications. With a thickness of 7.2 mm (9/32"), these sintered metal brake pads provide durability and long-lasting performance, ensuring that you can ride with confidence knowing you have reliable stopping power at your fingertips. They are sold as a set.

Features & highlights

• Advanced ceramic composites withstand higher temperatures for consistent performance.
• HH friction rated compounds deliver excellent feel and modulation.
• Aggressive initial bite provides confident stopping power.
• Sintered metal construction ensures durability and long life.
• Designed for reliable performance in varying conditions.
• Offers lasting power for demanding performance applications.

Technical specifications

• Fits Front & Rear (fits the Front on some motorcycles and the Rear on others)
• Brand: GALFER
• Product Name: Brake Pad
• Material: Sintered Metal
• Type: Sintered Metal
• Thickness: 7.2 mm (9/32")
• Units: Set

Important to know

These brake pads are designed as a direct replacement for compatible motorcycles. Please ensure compatibility with your specific make and model before installation. Professional installation is recommended for optimal performance and safety.