DP Brakes Standard Sintered Brake Pads - DP104

Experience superior stopping power and reliability with DP Brakes Standard Sintered Brake Pads. Engineered for consistent performance and extended life, these pads are an ideal upgrade for your motorcycle's braking system.

Description

DP Brakes Standard Sintered Brake Pads deliver exceptional braking performance in both wet and dry conditions. Featuring a sintered metal compound, these pads offer a quick break-in period, ensuring you get peak braking performance rapidly. The design and materials guarantee consistent, hard stops and fade-free performance, giving you confidence on the road or track. A gray-colored aluminum oxide-based ceramic material on the backplate effectively keeps heat away from the caliper piston, preventing overheating and maintaining optimal braking efficiency. GG friction rated, these pads provide excellent initial bite and feel, while remaining quiet and non-abusive to most rotors, producing no brake dust or brake fade. Upgrade to DP Brakes for a safer, more responsive riding experience.

Features & highlights

• Enjoy a quick break-in period for immediate peak braking performance.
• Experience consistent, hard stops and fade-free performance in all conditions.
• Benefit from enhanced heat dissipation, protecting your caliper piston from overheating.
• Achieve excellent initial bite and feel for confident control.
• Sintered metal compound ensures long-lasting durability and performance.
• These GG friction rated brake pads provide high friction and consistent stopping power.
• Designed to be quiet and non-abusive to rotors, with minimal brake dust.

Technical specifications

• Fits Front & Rear (fits the Front on some motorcycles and the Rear on others)
• Brand: DP Brakes
• Product Name: Brake Pad
• Type: Sintered Metal
• Material: Sintered Metal
• Length: 90 mm (3.55")
• Width: 49 mm (1.94")
• Thickness: 9.5 mm (0.38")
• Units: Set
• Vendor Part Number: DP104

Important to know

Always ensure proper installation and follow manufacturer's guidelines for optimal performance and safety.