TRW SI Sintered Off-Road Brake Pads - MCB919SI

Experience superior braking performance and durability with TRW SI Series Sintered Off-Road Brake Pads. Specifically engineered for demanding Moto Cross, Enduro, and Quad/ATV applications, these pads deliver exceptional stopping power in extreme conditions. Ride with confidence knowing you have reliable and eco-friendly brake pads designed to withstand the toughest challenges.

Description

TRW SI Series Sintered Off-Road Brake Pads are the ideal choice for riders who demand the best in performance and reliability. The sintered metal compound provides high material strength, ensuring consistent braking power even in sandy and muddy conditions. These brake pads offer very good durability, extending their lifespan and reducing the need for frequent replacements. Developed for both front and rear brakes, the SI Series delivers balanced and effective stopping power. Plus, they are homologated and road legal, giving you peace of mind whether you're on the track or the trail. These asbestos-free, eco-friendly brake pads combine performance with environmental responsibility.

Features & highlights

• Optimized for Off-Road: Specifically developed for Moto Cross, Enduro, and Quad/ATV applications, ensuring peak performance in demanding environments.
• Sintered Metal Compound: Provides superior braking power and consistent performance, even under extreme conditions.
• Exceptional Durability: High material strength ensures long-lasting performance, even in sandy and muddy terrains.
• Homologated and Road Legal: Meets all necessary standards for safe and legal road use.
• Eco-Friendly: Asbestos-free construction promotes environmental responsibility without compromising performance.

Technical specifications

• Brand: TRW
• Product Name: Brake Pad
• Material: Sintered Metal
• Type: Sintered Metal
• Units: Pair
• Vendor Part Number: MCB919SI

Important to know

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