Bmw R 1200 Nine T Scrambler [CL BRAKES] - Racing sintered metal brake pads - 2539C60

✔️ New part

€99,00 EUR

Available Now!

Overview

The Racing sintered metal brake pads from CL BRAKES are specifically designed for use in motorsports and offer outstanding braking performance under extreme conditions. These high-performance brake pads are made from sintered metal, a material known for its hardness and heat resistance. The combination of advanced material technology and precise workmanship makes these brake pads an excellent choice for racers and demanding motorcycle enthusiasts.

Technical data:

  • Product name: CLBRA BRAKE PADS 2539C60 SINTER METAL
  • Description: CL BRAKES Racing sintered metal brake pads - 2539C60
  • Category: Vehicle parts & accessories
  • Subcategory: Chassis parts, especially brake pads
  • Volume (cm³): 578
  • Weight (g): 298
  • Dimensions (mm): Length: 215, width: 112, height: 24
  • Usage: Racing
  • Brake pad type: Spare part
  • Material: Sintered metal

Performance and safety

The racing sintered metal brake pads are known for their exceptional braking power. The special sintered metal ensures that braking performance does not decrease even at the high temperatures that are common in racing. These brake pads not only offer excellent responsiveness, but also remarkable wear resistance, making them particularly durable.

Reliability under racing conditions

The use of these brake pads in racing demonstrates their ability to function reliably under pressure. They are designed to handle the toughest conditions while always delivering maximum performance. The high material density of the sintered metal helps improve heat dissipation, reducing the risk of brake fade, a common challenge during intense racing.

Easy installation and maintenance

Thanks to precise manufacturing, the racing sintered metal brake pads fit perfectly and are easy to install. Their design ensures they provide consistent functionality and easy maintenance, which is crucial for racers who rely on quick and efficient service intervals.