ENDLESS EP353 CCX, HONDA FRONT ENDLESS EP353 CCX, HONDA FRONT Speedlab Proven to perform well on both street and track conditions, this original for Coefficient of Friction, ceramic carbon metal base compound has the ability to perform for a wider range of users. For the street where low temperatures are frequent, this pad performs well causing less damage than most semi-metallic pads. Usually, semi-metallic pads sacrifice initial response to perform better at higher temperatures, but the CC-X is able to do well at the initial response as well. At higher temperatures, pedal feeling responds well while maintaining controllability with a stable coefficient of friction

ENDLESS EP353 CCX, HONDA FRONT

Code: ENDLESS EP353 CCX
Sale
₱8,500.00 ₱7,500.00
In Stock

Proven to perform well on both street and track conditions, this original for Coefficient of Friction, ceramic carbon metal base compound has the ability to perform for a wider range of users. For the street where low temperatures are frequent, this pad performs well causing less damage than most semi-metallic pads.

Usually, semi-metallic pads sacrifice initial response to perform better at higher temperatures, but the CC-X is able to do well at the initial response as well. At higher temperatures, pedal feeling responds well while maintaining controllability with a stable coefficient of friction

Proven to perform well on both street and track conditions, this original for Coefficient of Friction, ceramic carbon metal base compound has the ability to perform for a wider range of users. For the street where low temperatures are frequent, this pad performs well causing less damage than most semi-metallic pads.

Usually, semi-metallic pads sacrifice initial response to perform better at higher temperatures, but the CC-X is able to do well at the initial response as well. At higher temperatures, pedal feeling responds well while maintaining controllability with a stable coefficient of friction