Yamaha Tenere 700 [EBC]-"R" Sintermetall Long-Life brake pads

✔️ New part

€29,00 EUR

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EBC "R" Sintermetall Long-Life brake pads for Yamaha Tenere 700

The EBC "R" Sintermetal Long-Life brake pads have been specially developed for the Yamaha Tenere 700 in order to ensure excellent braking performance and durability under a wide variety of driving conditions. These brake pads are ideal for drivers who place high demands on the braking quality of your motorcycle.

Product details

The "R" Sintermetall Long-Life brake pads from EBC are part of the FA-R series, which is known for its robustness and efficiency. The coverings use an advanced sinter metal technology that offers exceptional braking power and heat resistance, which makes it an optimal choice for both road and off-road use.

Technical data

  • Art.-No. Manufacturer: FA172R
  • Execution: FA-R series

Advantages of the EBC "R" Sintermetall Long-Life brake pads

  • Longevity: The sinter metal composition ensures a long lifespan of the brake pads, even under hard conditions.
  • Perfomance: Developed to provide consistent and reliable braking performance, these deposits help to improve safety and control over the motorcycle.
  • Heat resistance: The high -quality materials resist high temperatures that arise during intensive brake processes and prevent loss of performance.
  • Versatility: Regardless of whether on the street or off -road, these brake pads always offer maximum efficiency and security.

The installation of the EBC "R" Sintermetall Long-Life brake pads is uncomplicated and can be carried out by a specialist mechanic or experienced motorcycle owner. It is recommended to regularly check the coverings for wear and replace them if necessary to ensure the best performance.

In summary, the EBC "R" Sintermetall Long-Life brake pads are an excellent choice for Yamaha Tenere 700 owners who do not want to compromise in terms of quality and performance of their brakes. With their high reliability and superior technology, they offer a significant improvement compared to conventional brake pads.