SBS HF Street Carbon Ceramic Scooter Brake Pads - 175HF

Upgrade your braking performance with SBS HF Street brake pads. These pads provide reliable stopping power and extended durability for street and cruising applications. Enjoy consistent performance in both wet and dry conditions, ensuring a safer and more confident ride.

Description

The SBS HF Street Ceramic Organic Brake Pads are designed as an OE replacement for motorcycles originally equipped with non-sintered pads. These pads are engineered for general-purpose street and cruising use, offering a balanced combination of performance and longevity. The ceramic compound not only provides excellent stopping power but also extends the life of both the pads and the rotors, saving you money in the long run. Thanks to the NUCAP NRS-bonding technology, the pads deliver the highest possible performance and quality, ensuring a secure and reliable connection between the friction material and the backing plate. Experience consistent and predictable braking in various weather conditions, enhancing your overall riding experience. Easy to install with included springs where applicable, the SBS HF Street Brake Pads are the ideal choice for riders seeking dependable, high-quality braking performance.

Features & highlights

• Designed as an OE replacement for bikes with non-sintered pads.
• Optimized for general-purpose street and cruising applications.
• Ceramic compound extends the life of both the pads and rotors.
• Delivers excellent and consistent performance in wet and dry conditions.
• NUCAP NRS-bonding ensures the highest possible performance and quality.
• Springs are included for ease of installation where required.

Technical specifications

• Fits Rear
• Brand: SBS
• Material: Carbon, Ceramic
• Type: Carbon
• Thickness: 9.2 mm (23/64")
• Width: 41.2 mm (1-5/8")
• Units: Set

Important to know

Ensure compatibility with your motorcycle's original brake system. These pads are designed as a direct replacement for non-sintered pads. Verify fitment before installation.