PAUL COMPONENTS Pull All Klamper Caliper Campy
Bestseller
- Product Code:
- 107741872
1,213 GEL
Properties
Design
- Color
- Black
Other features
- Brand
- Paul Components
Description
Three years of development and we think we nailed it.
100% designed, tested and manufactured in-house.
Material:
6061 Aluminum, Heat Treated 12L14 Steel.
Weight:
211g.
Included Brake Pads:
Kool Stop Avid Elixer SRAM MTB XX Sintered Metal Compound KS-D296S.
PRODUCT STORY.
When we set out to build this brake, nearly five years ago, we started with a clean slate.
Then we tried all manner of wacky ideas but eventually wound our way back to the tried and true ball bearing in a ramp system.
From there we concentrated on the details.
We made the balls bigger for smoothness and increased pad travel.
We hardened the steel where the balls contact the ramps.
We used three hardened steel pins to locate the pad actuator.
Instead of a plastic thrust washer we used a flat needle roller thrust bearing.
Then we moved onto the caliper body.
This took countless drawing revisions and probably 20 prototypes.
We added ´´fangs´´ to the inner backing plate for stiffness, and beefed up the outer caliper body where needed.
The pad adjusters went through a similar process.
We wanted easy adjustability but staying power.
For that we designed detents into the circumference, located with spring ball plungers.
We believe this is the best mechanical caliper ever made for a bicycle.
It´s available in Long Pull, Short Pull.
100% designed, tested and manufactured in-house.
Material:
6061 Aluminum, Heat Treated 12L14 Steel.
Weight:
211g.
Included Brake Pads:
Kool Stop Avid Elixer SRAM MTB XX Sintered Metal Compound KS-D296S.
PRODUCT STORY.
When we set out to build this brake, nearly five years ago, we started with a clean slate.
Then we tried all manner of wacky ideas but eventually wound our way back to the tried and true ball bearing in a ramp system.
From there we concentrated on the details.
We made the balls bigger for smoothness and increased pad travel.
We hardened the steel where the balls contact the ramps.
We used three hardened steel pins to locate the pad actuator.
Instead of a plastic thrust washer we used a flat needle roller thrust bearing.
Then we moved onto the caliper body.
This took countless drawing revisions and probably 20 prototypes.
We added ´´fangs´´ to the inner backing plate for stiffness, and beefed up the outer caliper body where needed.
The pad adjusters went through a similar process.
We wanted easy adjustability but staying power.
For that we designed detents into the circumference, located with spring ball plungers.
We believe this is the best mechanical caliper ever made for a bicycle.
It´s available in Long Pull, Short Pull.
