Honda XL 600 R [EBC] - Sport Karbon "X" Brake pads

EBC Sport Karbon "X" Brake pads for Honda XL 600 R

The EBC Sport Karbon "X" brake pads are an excellent choice for motorcyclists who are looking for a reliable and powerful brake solution for their Honda XL 600 R motorcycle. These brake pads from the FAT-TT series offer an optimal combination of durability and braking performance, ideal for both everyday trips and for more demanding conditions.

Product features:

• Art.-No. Manufacturer: FA092tt
• Execution: FAT-TT series

The EBC Sport Karbon "X" brake pads are specially developed to offer a superior braking force without affecting the lifespan of the brake discs. They consist of a high -quality carbon mixture that ensures excellent abrasion resistance and thermal stability. This makes them an ideal choice for drivers who are often under variable and demanding driving conditions.

The installation of the brake pads is uncomplicated and can be carried out without special tools, which makes it a practical solution for many motorcyclists. In addition, the EBC Sport Karbon "X" brake pads offer an excellent price-performance ratio and are a cost-effective way to improve the braking performance of your motorcycle.

Advantages of the EBC Sport Karbon "X" brake pads:

• Improved braking performance: Increases security through better responsiveness and shorter braking routes.
• High shelf life: Durable materials reduce wear, even under rough conditions.
• Thermal stability: Remains stable even at high temperatures, which keeps the brake output constant.
• Environmentally friendly: The carbon materials are less harmful to the environment than traditional brake pads.

Whether you are an experienced motorcycle enthusiast or an everyday driver, the EBC Sport Karbon "X" brake pads are an excellent choice to improve the performance and safety of your Honda XL 600 R. With the combination of advanced technology and high -quality materials, these brake pads offer a reliable and efficient brake solution for every driving situation.