BREMBO Prime SD Sintered Enduro Brake Pads 07YA48SD

Designed for enduro riders, BREMBO Prime SD Sintered Brake Pads deliver dependable braking control across changing terrain and demanding riding conditions. The SD compound is less aggressive than the SX compound, providing a balanced combination of stopping performance, controllable response, and flexibility for riders who need confidence on technical trails, mixed surfaces, and varied off-road routes. Part number 07YA48SD identifies this Prime SD replacement brake pad compound for compatible applications.
The sintered construction is engineered to provide reliable wear resistance while maintaining consistent braking behavior in wet and muddy conditions. This makes the pads a practical choice for enduro use, where water, dirt, and changing terrain can place additional demands on the braking system. The controlled feel helps riders manage speed with greater precision, whether navigating tight sections, descents, or transitions between different surfaces.
BREMBO Prime SD brake pads are built for riders seeking durable, versatile performance without an unnecessarily aggressive feel. Their environmentally conscious performance approach supports responsible riding equipment choices while preserving the control and reliability expected from BREMBO braking components. Select the correct pad application for your motorcycle and follow the manufacturer’s installation and bedding procedures to help achieve smooth, consistent braking performance.

Features:

• Compound: Prime SD sintered brake pad compound designed for enduro riding

• Riding Application: Developed for confident control across varied terrain and changing trail conditions

• Braking Feel: Less aggressive than the SX compound for greater flexibility and controllable response

• Wet-Condition Performance: Provides reliable wear resistance in wet and muddy environments

• Brand Compatibility: BREMBO replacement brake pad identified by part number 07YA48SD

• Responsible Performance: Environmentally conscious design approach without compromising braking control