Brake Pads
Pair of genuine Shimano replacement disc brake pads for 2 piston brakes. Alloy back plate with resin braking compound supplied with split pin fasteners. Ebike rated pads by Shimano. Main component series XTR, XT, SLX and Alfine.
R50T2 compound. Brake shoes contain small spacer and bolt. Compatible with; BR-CX70 and BR-CX50. Toe in adjustment. 55 mm pad length.
Shimano BRM580 Cartridge type brake shoes. Replacement shoe and pad for Deore XT M770 and LX M590/ M580 brakes. Perfect adjustment can be achieved using the convex washers on the V-brake arm. Pads can be replaced with no need to alter brake shoe settings.
Pair of one-piece brake blocks for use with Deore LX, Deore and Alivio M600 V-brakes. M-System compatible. Calibrated post for easy set-up. Exactly the same specification as originally supplied, ensuring consistent performance.
One pair of high performance M70R2 severe condition brake pad inserts. Compound specifically formulated for use with standard rims. Fixing hardware included. 1 mm thicker for increased durability in severe conditions.
Replacement pads for Aztec Road System. Also compatible with Shimano Dura-Ace, Ultegra,105 callipers and many other third party callipers.
Replacement brake block system for road brakes. Anodised aluminium alloy pad shoe. Brake pad inserts are held in securely by screws. Replacement pad inserts available separately. Simple slide out and slidein pad replacement.
Replacement disc brake pads optimised for use on e-bikes. Optimised for e-bike compound works well in all conditions, on or off road.
Organic compound replacement disc brake pads designed and developed for UK riding conditions. Organic compounds are more forgiving on rotors with less brake squeal than sintered brake pads.
Sintered metal compound replacement disc brake pads designed and developed for UK riding conditions. Sintered compounds have a higher thermal threshold, resulting in less brake fade under heavy braking.
Sintered metal compound replacement disc brake pads designed and developed for UK riding conditions. Sintered compounds have a higher thermal threshold, resulting in less brake fade under heavy braking.
Sintered metal compound replacement disc brake pads designed and developed for UK riding conditions. Sintered compounds have a higher thermal threshold, resulting in less brake fade under heavy braking.
Sintered metal compound replacement disc brake pads designed and developed for UK riding conditions. Sintered compounds have a higher thermal threshold, resulting in less brake fade under heavy braking.
Sintered metal compound replacement disc brake pads designed and developed for UK riding conditions. Sintered compounds have a higher thermal threshold, resulting in less brake fade under heavy braking.
Sintered metal compound replacement disc brake pads designed and developed for UK riding conditions. Sintered compounds have a higher thermal threshold, resulting in less brake fade under heavy braking.
Sintered metal compound replacement disc brake pads designed and developed for UK riding conditions. Sintered compounds have a higher thermal threshold, resulting in less brake fade under heavy braking.
Sintered metal compound replacement disc brake pads designed and developed for UK riding conditions. Sintered compounds have a higher thermal threshold, resulting in less brake fade under heavy braking.
Organic compound replacement disc brake pads designed and developed for UK riding conditions. Organic compounds are more forgiving on rotors with less brake squeal than sintered brake pads.
Organic compound replacement disc brake pads designed and developed for UK riding conditions. Organic compounds are more forgiving on rotors with less brake squeal than sintered brake pads.
Organic compound replacement disc brake pads designed and developed for UK riding conditions. Organic compounds are more forgiving on rotors with less brake squeal than sintered brake pads.
Sintered metal compound replacement disc brake pads designed and developed for UK riding conditions. Sintered compounds have a higher thermal threshold, resulting in less brake fade under heavy braking.
Organic compound replacement disc brake pads designed and developed for UK riding conditions. Organic compounds are more forgiving on rotors with less brake squeal than sintered brake pads.
Organic compound replacement disc brake pads designed and developed for UK riding conditions. Organic compounds are more forgiving on rotors with less brake squeal than sintered brake pads.
