BBB Cycling DiscStop E bike Brake Pads Compatible with Tektro Organic BBS 82E
Featured
|
£ 19.94 |
To Shop
|
|
£ 19.95 |
To Shop
|
Description
Amazon
E-BIKE OPTIMISED: Specifically engineered to handle the increased weight and higher speeds of electric bicycles and speed pedelecs; provides consistent, reliable stopping power when you need it most. IMMEDIATE BRAKING POWER: These pads come factory pre-sanded, making them ready for instant use. No lengthy bedding-in process is required, allowing you to ride safely from the very first mile. DURABLE ORGANIC COMPOUND: Made from a specialized organic compound that offers superior wear resistance under high loads while maintaining exceptional braking modulation and control. WIDE TEKTRO COMPATIBILITY: Seamlessly designed for a perfect fit with Tektro systems, including Dorado HD-T737, Auriga+ (HD-T740/E740/T745/E745), Volans HD-T535, and Auriga Twin+. SILENT PERFORMANCE: The advanced material composition effectively reduces vibrations and prevents annoying brake squeal, ensuring a quiet ride even during heavy braking with a weighted bike.
E-BIKE OPTIMISED: Specifically engineered to handle the increased weight and higher speeds of electric bicycles and speed pedelecs; provides consistent, reliable stopping power when you need it most. IMMEDIATE BRAKING POWER: These pads come factory pre-sanded, making them ready for instant use. No lengthy bedding-in process is required, allowing you to ride safely from the very first mile. DURABLE ORGANIC COMPOUND: Made from a specialized organic compound that offers superior wear resistance under high loads while maintaining exceptional braking modulation and control. WIDE TEKTRO COMPATIBILITY: Seamlessly designed for a perfect fit with Tektro systems, including Dorado HD-T737, Auriga+ (HD-T740/E740/T745/E745), Volans HD-T535, and Auriga Twin+. SILENT PERFORMANCE: The advanced material composition effectively reduces vibrations and prevents annoying brake squeal, ensuring a quiet ride even during heavy braking with a weighted bike.
Prices were last updated on: