EBC GpFA Series GPFAX700HH Sintered Brake Pads
Bestseller
- Product Code:
- 135425747
9,724 RUB
Properties
Design
- Color
- Black
Other features
- Brand
- EBC
Description
compatible models:
honda cb 1000 r abs neo sports cafe 2019-2022.
honda cb 1000 r abs neo sports cafe black edition 2021-2022.
honda cb 1000 r abs neo sports cafe tribute 2019-2019.
honda cb 1000 r+ abs neo sports cafe 2019-2020.
honda cbr 1000 rr abs fireblade 2017-2019.
honda cbr 1000 rr fireblade 2017-2019.
honda cbr 1000 rr-r abs fireblade 2020-2020.
honda cbr 600 rr 2017-2021.
honda cbr 600 rr abs 2017-2021.
sintered road race ´´gpfax´´ brake pads.
for racetrack use only.
provide even higher levels of grip compared to the gpfa pads.
improved heat cycling - pads can be raced, allowed to cool and be re-used without a loss in brake performance.
new material wear better, causes less rotor/disc wear than previous materials - pads should be good for four or five races of 20 to 25 laps (depending on track lap length).
for use on race motorbikes with slick tires and high-performance brake calipers.
fade-free stopping power with fingertip control.
honda cb 1000 r abs neo sports cafe 2019-2022.
honda cb 1000 r abs neo sports cafe black edition 2021-2022.
honda cb 1000 r abs neo sports cafe tribute 2019-2019.
honda cb 1000 r+ abs neo sports cafe 2019-2020.
honda cbr 1000 rr abs fireblade 2017-2019.
honda cbr 1000 rr fireblade 2017-2019.
honda cbr 1000 rr-r abs fireblade 2020-2020.
honda cbr 600 rr 2017-2021.
honda cbr 600 rr abs 2017-2021.
sintered road race ´´gpfax´´ brake pads.
for racetrack use only.
provide even higher levels of grip compared to the gpfa pads.
improved heat cycling - pads can be raced, allowed to cool and be re-used without a loss in brake performance.
new material wear better, causes less rotor/disc wear than previous materials - pads should be good for four or five races of 20 to 25 laps (depending on track lap length).
for use on race motorbikes with slick tires and high-performance brake calipers.
fade-free stopping power with fingertip control.
