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Reference: R1250-575HF
Brand: SBS
OE replacement organic brake pads for bikes with non-sintered padsDesigned for commuters, general-purpose street and cruiser bikesCeramic brake pads offers long pad life, low dust and low brake disc/rotor wearExcellent, consistent performance in wet and dry conditionsNUCAP NRS technology secures a mechanical and indestructible bonding of the...
Reference: R1251-575HF
Brand: SBS
OE replacement organic brake pads for bikes with non-sintered padsDesigned for commuters, general-purpose street and cruiser bikesCeramic brake pads offers long pad life, low dust and low brake disc/rotor wearExcellent, consistent performance in wet and dry conditionsNUCAP NRS technology secures a mechanical and indestructible bonding of the...
Reference: F398-MCB572RQ
Brand: TRW
specific sports padfor motorsport, scooter racing, carting, carriage driving and indoor trialspremium organic compound for front and rear brakesexceptionally good feedback and control even at high working temperatureslow noiseOriginal Equipment in various performance and custom bike caliperssuitable for stainless steel and cast iron discs
Reference: F399-MCB572RQ
Brand: TRW
specific sports padfor motorsport, scooter racing, carting, carriage driving and indoor trialspremium organic compound for front and rear brakesexceptionally good feedback and control even at high working temperatureslow noiseOriginal Equipment in various performance and custom bike caliperssuitable for stainless steel and cast iron discs
Reference: F1876-MCB557SRM
Brand: TRW
TÜV approvedespecially developed for powerful maxi scooterssintered metal compound for front and rear brakesno thermal bedding-in requiredpremium pad for big scooters generating superior brakingexcellent brake performance and durabilityconfidence inspiring feel to the brake
Reference: F1964-MCB744SRM
Brand: TRW
TÜV approvedespecially developed for powerful maxi scooterssintered metal compound for front and rear brakesno thermal bedding-in requiredpremium pad for big scooters generating superior brakingexcellent brake performance and durabilityconfidence inspiring feel to the brake
Reference: F1965-MCB744SRM
Brand: TRW
TÜV approvedespecially developed for powerful maxi scooterssintered metal compound for front and rear brakesno thermal bedding-in requiredpremium pad for big scooters generating superior brakingexcellent brake performance and durabilityconfidence inspiring feel to the brake
Reference: F1966-MCB744SRM
Brand: TRW
TÜV approvedespecially developed for powerful maxi scooterssintered metal compound for front and rear brakesno thermal bedding-in requiredpremium pad for big scooters generating superior brakingexcellent brake performance and durabilityconfidence inspiring feel to the brake
Reference: F1967-MCB744SRM
Brand: TRW
TÜV approvedespecially developed for powerful maxi scooterssintered metal compound for front and rear brakesno thermal bedding-in requiredpremium pad for big scooters generating superior brakingexcellent brake performance and durabilityconfidence inspiring feel to the brake
Reference: F1968-MCB744SRM
Brand: TRW
TÜV approvedespecially developed for powerful maxi scooterssintered metal compound for front and rear brakesno thermal bedding-in requiredpremium pad for big scooters generating superior brakingexcellent brake performance and durabilityconfidence inspiring feel to the brake
Reference: F6366-MCB572
Brand: TRW
TÜV approvedwide range of application for small motorcycles, early sports, touring, custom bikes and enduro machinesceramic compound for front and rear brakesoptimum brake performance after bedding-in periodhigh resistance to overheating in all conditionsgood service life and disc friendlyunique patented NRS technology
Reference: F6367-MCB572
Brand: TRW
TÜV approvedwide range of application for small motorcycles, early sports, touring, custom bikes and enduro machinesceramic compound for front and rear brakesoptimum brake performance after bedding-in periodhigh resistance to overheating in all conditionsgood service life and disc friendlyunique patented NRS technology