Brembo 07YA56SD Prime SD Sintered Brake Pads

Brembo Prime SD Sintered Brake Pads, part number 07YA56SD, are designed for enduro riders who demand dependable braking control across changing terrain. This compound is engineered to provide confident performance on trails, technical sections, and varied riding surfaces where consistent response is essential. As a less aggressive option than the Brembo SX compound, Prime SD pads offer a balanced feel that supports precise braking without sacrificing dependable stopping performance.
The Prime SD compound provides greater control and flexibility, helping riders manage braking inputs smoothly during demanding enduro use. Its progressive characteristics make it suitable for riders seeking predictable modulation and a controlled connection between lever input and brake response. Whether navigating challenging descents, uneven terrain, or changing trail conditions, these sintered brake pads are developed to deliver stable, reliable performance throughout the ride.
Brembo Prime SD brake pads also provide reliable wear resistance in wet and muddy conditions, making them a practical choice for enduro applications exposed to moisture, debris, and difficult environments. The compound is designed to maintain useful braking performance as conditions change while supporting long-term durability. With an environmentally conscious approach and performance-focused construction, part number 07YA56SD delivers a dependable replacement brake pad solution for riders who value control, flexibility, and consistent operation on all-terrain motorcycles.

Features:

• Enduro-focused sintered brake pad compound designed for varied terrain and demanding trail conditions

• Less aggressive than the Brembo SX compound for greater control, flexibility, and progressive braking response

• Reliable wear resistance in wet and muddy riding environments

• Consistent braking performance for technical sections, descents, and changing trail conditions

• Environmentally conscious performance without compromising dependable braking capability