Clarks Hayes So1e/MX2/MX3/GX2 Disc Brake PadsHayes -VRX- Sintered pads for trail, competition and downhill.Features:Fits: VX/VRX828C, Hayes Sole, GX-2, MX2, MX3,MX4 Buy Clarks Components from Chain Reaction Cycles, the World's Largest Online Bike Store.
Clarks Hayes So1e/MX2/MX3/GX2 Disc Brake PadsHayes -VRX- Sintered pads for trail, competition and downhill.Features:Fits: VX/VRX828C, Hayes Sole, GX-2, MX2, MX3,MX4 Buy Clarks Components from Chain Reaction Cycles, the World's Largest Online Bike Store.
Clarks Shimano Replacement Disc Brake PadsThese all-weather Shimano Disc Brake Pads are the ideal replacement for your current Clark Disc Brake Pads. Suitable for a hydraulic disc brake, they are lightweight and offer exceptional heat dissipation, for enhanced braking control. Features:Competition GradePair of Disc Brake PadsBrake Type: Hydraulic Disc BrakeCompatible With: XTR M965, M966, Saint M800, XT 765, SLX M665, Hone M60, LX M585, Deore M535Buy Clarks Components from Chain Reaction Cycles, the World's Largest Online Bike Store.
Clarks Avid Juicy/BB7 Disc Brake PadsClarks replacement disc pads.Features:All weather Good heat dissipation LightweightCompetition GradeFits: Avid Juicy 3,5,7,7 Carbon Ultimate, BB7 Buy Clarks Components from Chain Reaction Cycles, the World's Largest Online Bike Store.
Clarks Avid Juicy/BB7 Disc Brake PadsClarks replacement disc pads.Features:All weather Good heat dissipation LightweightCompetition GradeFits: Avid Juicy 3,5,7,7 Carbon Ultimate, BB7 Buy Clarks Components from Chain Reaction Cycles, the World's Largest Online Bike Store.
Clarks Shimano Deore M515/M525/Tektro Disc PadsClarks replacement disc pads.Clarks Shimano Deore M515/M525 Disc Brake Pads Features: Compatible: Shimano Deore Mech Caliper BR-M515 Sintered and Organic Comes in 1 pair or 4 pairsBuy Clarks Components from Chain Reaction Cycles, the World's Largest Online Bike Store.
Clarks Shimano Deore M515/M525/Tektro Disc PadsClarks replacement disc pads.Clarks Shimano Deore M515/M525 Disc Brake Pads Features: Compatible: Shimano Deore Mech Caliper BR-M515 Sintered and Organic Comes in 1 pair or 4 pairsBuy Clarks Components from Chain Reaction Cycles, the World's Largest Online Bike Store.
Clarks Shimano BR-RS805-BR-RS505 Sintered PadsThe Clarks Sintered Brake Disc Pad (VRX862C) has been engineered to provide you with the ultimate braking performance, keeping you in full control under normal cycling conditions. Thanks to its organic compound, you'll notice an increased bite and impressive noise reduction when out pedalling. This high-quality disc brake pad set is recommended for use with Mechanical Systems.Features: Compatible Disc Brakes: Shimano Ultegra, BR-RS805, BR-RS505 Genuine Clarks brake disc pads Reliable and hard-wearing constructionBuy Clarks Components from Chain Reaction Cycles, the World's Largest Online Bike Store.
Clarks Disc Brake Pads for Shimano XTR BrakesThese are replacement pads for the finned aluminium carriers that come with Clarks Finned Disc Pads. Clarks finned disc brake pad carriers feature a unique design that helps to transfer heat build-up in the disc pad backing plate into the fins, this significantly increases heat dissipation, reducing brake pad surface temperature by up to 50 degrees. By lowering the pad temperature the rider benefits from increased power, increased performance and modulation without loss of performance through the brakes fading due to overheating.Features: Replacement pair of pads to be used with Clarks Finned Disc Pads Eliminates brake boil on long descents Reduced pad and rotor wear over standard pads Compatible with: Finned Disc Pads - Shimano XTRNote: These are replacement pads for the Clarks Finned Disc Pads and cannot be used stand alone in the brake caliper.Buy Clarks Components from Chain Reaction Cycles, the World's Largest Online Bike Store.
Clarks Finned Disc Pads for Avid Elixir DBClarks finned disc brake pad carriers feature a unique design that helps to transfer heat build-up in the disc pad backing plate into the fins, this significantly increases heat dissipation, reducing brake pad surface temperature by up to 50 degrees. By lowering the pad temperature the rider benefits from increased power, increased performance and modulation without loss of performance through the brakes fading due to overheating.Features: Dissipates heat faster than standard pads to eliminate brake fade Eliminates brake boil on long descents Reduced pad and rotor wear over standard pads Compatible with: Avid Elixir DBBuy Clarks Components from Chain Reaction Cycles, the World's Largest Online Bike Store.
Clarks Integral Road Brake Pads (55mm)This new range of brake pad offers outstanding quality incorporating advanced material compounds and innovative pad design. The unique features of these products bring the rider a confidence unsurpassed.Features:All excess material has been stripped away to create the lightest pad profilePad compounds have been formulated to give improved performancePad surfaces and tread patterns have been designed to maximise water dissipation55mm integral block, suitable for all Shimano, Avid & Tektro systems Dirt and water removal designBuy Clarks Components from Chain Reaction Cycles, the World's Largest Online Bike Store.
Clarks Shimano XTR-XT A-Type Brake PadsCompatible with a wide range of Shimano and Clarks mountain bike disc brakes, these XTR-XT A-Type pads have an organic compound for an increased bite and quiet operation. Suitable for use with the popular XT M775 and XTR M965 models, this pair of pads provide reliable braking power in normal conditions and are ideal for use in compatible mechanical bike disc brakes too. Features:High PerformanceGood heat dissipationPowerful and reliable Compound Type: Organic Included: Pair of pads (one pair required per brake) Manufacturer's Part Number: VX824C Compatibility: Clarks HDB-540 Clarks HDB-600 Clarks HDB-790 Clarks CMD-24 Shimano XT M765 Shimano XT M775 Shimano XTR M965 Shimano XTR M966 Shimano M601 Shimano LX M585 Shimano LX M858 Buy Clarks Components from Chain Reaction Cycles, the World's Largest Online Bike Store.