Disc Brake Pads
We have a wide selection of brake pads with organic or sintered compounds for Shimano, Sram, Avid, Formula, Tektro and Hope disc brakes. Choose original manufacturer brake pads or brake pads from Kool Stop, Swiss Stop and Ashima.
Sram Road / Level Ultimate / TLM Brake Pads Al Organic
Sram Road / Level Ultimate / TLM aluminium & organic brake pads
Avid X.0 TRAIL, GUIDE brake pads Fe sintered
Sintered brake pads with a metal backing for Avid X0 TRAIL, Guide, G2, and LEVEL 4PISTON brakes.
Avid brake pads for Code 2011+ AL organic
Organic brake pads with an aluminum backing plate, immediate braking effect, heat resistance. Designed for Code 2011 and newer brakes.
Shimano P04C-MF Metall brake pads metal
Shimano brake pads for bicycle disc brakes with a sintered metal compound for consistent braking performance in demanding conditions.
Sinter Magura MT5-7 brake pads semi-metal black
Replacement semi-metallic brake pads, high braking performance in wet and dry conditions, suitable for off-road and on-road use, steel backing, for Magura MT…
Sinter Hope brake pads polymer blue
Replacement polymer brake pads, suitable for e-bikes and heavy bikes, D350 compound with extra long lifespan, high braking performance in wet and dry…
Sinter Hope brake pads semi-metal black
Replacement semi-metallic brake pads, high braking performance in both wet and dry conditions, for off-road and on-road use, steel base, for Hope brakes.
Sinter Magura brake pads polymer blue
Replacement polymer brake pads, suitable for e-bikes and heavy bikes, D350 compound with extra long lifespan, high braking performance in both wet and dry…
Sinter Magura brake pads polymer green
Replacement polymer brake pads, designed for late and aggressive braking, soft compound 2032, high braking performance in wet and dry conditions, suitable for…
Sinter Magura/Campagnolo brake pads semi-metal black
Replacement semi-metallic brake pads, high braking performance in wet and dry conditions, suitable for both off-road and on-road use, steel base, compatible…
Sinter Shimano B Type brake pads semi-metal black
Replacement semi-metallic brake pads, high braking performance in wet and dry conditions, suitable for both off-road and on-road use, with a steel base.
Jagwire Pro E-bike DCAB06 brake pads for Magura MT7
Brake pads for Magura MT7, semi-metallic, steel backing plate, low noise.
Jagwire Elite Cooling DCA899 brake pads for Sram Red eTap
Brake pads, for Sram Red eTap, semi-metallic, graphene plate, low noise, heat dissipation with lightweight fins.
Jagwire Elite Cooling DCA898 brake pads for Sram Guide
Brake pads for Sram Guide, semi-metallic, graphene plate, low noise, heat dissipation with lightweight fins
Jagwire Elite Cooling DCA809 brake pads for Sram Code
Brake pads for Sram Code, semi-metallic, graphene plate, low noise, heat dissipation with lightweight fins.
Absolute Black GRAPHENpads brake pads Shimano/Tektro
Ceramic organic friction compound Endurance containing graphene, set for one caliper, including split pin and spreader spring.
Ashima ADO-505 Hayes Stroker Ryde brake pads
Special brake pads made of dual-compound material: SINTER - ORGANIC - SINTER
Avid brake pads Juicy and BB7 sintered
Sintered brake pads for Avid Juicy and BB7 brakes.
Kool Stop Shimano Hone, Saint, LX, XT, XTR, M595 sintered brake pads
Kool Stop Shimano Hone, Saint, LX, XT, XTR, M595 sintered brake pads for mountain bike disc brakes, with load resistance.
Kool Stop Avid Juicy sintered brake pads
Kool Stop Avid Juicy sintered disc brake pads increase braking performance and durability while cycling.
Ashima ADO-104 Shimano XTR/XT/SLX/DEORE brake pads
Special brake pads made from dual-compound material: SINTER - ORGANIC - SINTER
Sinter Magura/Campagnolo brake pads polymer blue
Replacement polymer brake pads, extra long lifespan, suitable for e-bikes and steep tracks, steel base, for Magura and Campagnolo models.
Kogel brake pads for brakes Sram RED 22 / FORCE 22 / RIVAL 22 / LEVEL compound KRATOS
Kogel brake pads for Sram RED 22 / FORCE 22 / RIVAL 22 / LEVEL brakes, KRATOS compound, durability in wet conditions.