Moto-Master RoadPRO Sintered Brake Pads - 402102

Upgrade your motorcycle's braking performance with the Moto-Master RoadPRO Sinter Brake Pad. Designed specifically for the rear of high-performance sports, touring, and custom motorcycles, these sintered metal brake pads deliver reliable stopping power and consistent performance in all conditions. Experience enhanced control and confidence on every ride.

Description

The Moto-Master RoadPRO Sinter Brake Pad is engineered to meet the demands of modern, high-performance motorcycles. These rear brake pads are constructed from sintered metal, ensuring exceptional durability and resistance to wear. With a thickness between 8.5 mm and 9.0 mm, these pads offer optimal heat dissipation and consistent friction, resulting in shorter stopping distances and improved brake feel. Designed to work seamlessly with the RoadPRO Sinter front pad, this combination provides balanced and predictable braking performance, whether you're navigating city streets or carving through mountain roads. Installation is straightforward, allowing you to quickly upgrade your motorcycle's braking system and enjoy the benefits of superior stopping power.

Features & highlights

• Sintered metal construction provides exceptional durability and high friction coefficient.
• Specifically designed for the rear of high-performance sports, touring, and custom motorcycles.
• Ensures reliable stopping power and consistent performance in various riding conditions.
• Offers enhanced control and confidence, improving overall riding safety.
• Designed for optimal heat dissipation and consistent friction.
• Provides balanced and predictable braking performance when paired with RoadPRO Sinter front pads.

Technical specifications

• Fits Rear
• Brand: Moto-Master
• Product Name: Brake Pad
• Type: Sintered Metal
• Material: Sintered Metal
• Thickness: 8.5 mm - 9.0 mm
• Units: Pair

Important to know

Ensure compatibility with your specific motorcycle model before installation. Professional installation is recommended for optimal performance and safety.