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SWISSSTOP FLASH PRO Black PRINCE - 4 STK/S∆T
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SWISSSTOP FLASH PRO Black PRINCE - 4 STK/S∆T

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Feature: Carbon
Fits for: Shimano/Sram

SwissStop Black Prince brake pads are intended for use on carbon rims, both dry and wet. Black Prince has been tested to reduce braking distance in wet conditions from 133m to 90m at 60km/h - a reduction of 33%.

Brake application has also been improved, so you get a very precise application when braking without the pad feeling sticky.

 

The benefits of Black Prince

• Lower heat generation means shorter braking distances, and thus less wear on the expensive carbon wheels.

• Black Prince is your assurance of optimal carbon rim protection.

• Extremely reliable braking performance, with precise braking application.

 

BETTER BRAKING PERFORMANCE IN VARIOUS CONDITIONS

• Black Prince reduces braking distance in wet conditions from 133m to 90m at 60km/h. This equates to a 33% reduction.

• Cheaper pads brake harder, and therefore have a longer braking distance. Longer braking distances result in higher heat generation with the risk of damaged carbon deposits.

Feel: Carbon
Fits for: Shimano/Sram

SwissStop Black Prince brake pads are intended for use on carbon rims, both dry and wet. Black Prince has been tested to reduce braking distance in wet conditions from 133m to 90m at 60km/h - a reduction of 33%.

Brake application has also been improved, so you get a precise application when braking without the pad feeling sticky.

 

The benefits of Black Prince

• Lower heat generation means shorter braking distances, and thus less wear on the expensive carbon wheels.

• Black Prince is your assurance of optimal carbon rim protection.

• Extremely reliable braking performance, with precise braking application.

 

BETTER BRAKING PERFORMANCE IN VARIOUS CONDITIONS

• Black Prince reduces braking distance in wet conditions from 133m to 90m at 60km/h. This equates to a 33% reduction.

• Cheaper pads brake harder, and therefore have a longer braking distance. Longer braking distances result in higher heat generation with the risk of damaged carbon deposits.