SBS DS Racing Sintered Brake Pads - 900DS-1

Experience superior stopping power and extended brake pad life with SBS DS Racing Dual Sintered Brake Pads. These high-performance brake pads are engineered for enthusiasts and professionals who demand maximum braking performance in racing conditions. With a focus on high friction and durability, the DS Racing series ensures consistent and reliable performance under the most demanding circumstances.

Description

The SBS DS Racing Dual Sintered Brake Pads deliver an exceptional friction coefficient, providing maximum stopping power when you need it most. The advanced sintered metal formulation not only ensures superior braking performance but also significantly extends the lifespan of the pads, making them a cost-effective choice for serious riders. These pads are designed to offer consistent performance across a wide range of temperatures and conditions, ensuring reliable braking whether you're on the track or pushing your limits on the road. Installation is straightforward, allowing you to quickly upgrade your braking system and experience the difference.

Features & highlights

• Unleash maximum stopping power with a high friction coefficient, giving you confidence in every braking situation.
• Enjoy extended brake pad life thanks to the advanced sintered metal formulation, reducing maintenance and replacement costs.
• Experience consistent braking performance across a wide range of temperatures and conditions, ensuring reliability in any environment.
• Upgrade your braking system quickly and easily with straightforward installation.
• Engineered for both track and street use, providing versatility for various riding styles.

Technical specifications

• Brand: SBS
• Product Name: Brake Pad
• Vendor Part Number: 900DS-1
• Material: Sintered Metal
• Type: Sintered Metal
• Length: 85 mm (3-11/32")
• Width: 50.8 mm (2")
• Thickness: 8.0 mm
• Units: Set

Important to know

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