Reference: F4230-MCB781SV
Brand: TRW
TÜV approvedwide range of application for modern sports, touring and large custom bikessintered metal compound for front brakes onlyno thermal bedding-in requiredhigh and fade free braking performance in all conditionsexcellent thermal stability and feedbackhigh performance in dry and wet conditions
Reference: F4231-MCB781SV
Brand: TRW
TÜV approvedwide range of application for modern sports, touring and large custom bikessintered metal compound for front brakes onlyno thermal bedding-in requiredhigh and fade free braking performance in all conditionsexcellent thermal stability and feedbackhigh performance in dry and wet conditions
Reference: F4232-MCB781SV
Brand: TRW
TÜV approvedwide range of application for modern sports, touring and large custom bikessintered metal compound for front brakes onlyno thermal bedding-in requiredhigh and fade free braking performance in all conditionsexcellent thermal stability and feedbackhigh performance in dry and wet conditions
Reference: R1283-MCB781SH
Brand: TRW
TÜV approvedwide range of application for modern sports, touring and large custom bikessintered metal compound for rear brakes only, perfect match to our sintered metal front padsno thermal bedding-in requiredmodified friction level to avoid overbraking the rear wheelexcellent thermal stability and feedbackhigh performance in dry and wet conditions
Reference: R1284-MCB781SH
Brand: TRW
TÜV approvedwide range of application for modern sports, touring and large custom bikessintered metal compound for rear brakes only, perfect match to our sintered metal front padsno thermal bedding-in requiredmodified friction level to avoid overbraking the rear wheelexcellent thermal stability and feedbackhigh performance in dry and wet conditions
Reference: R1285-MCB781SH
Brand: TRW
TÜV approvedwide range of application for modern sports, touring and large custom bikessintered metal compound for rear brakes only, perfect match to our sintered metal front padsno thermal bedding-in requiredmodified friction level to avoid overbraking the rear wheelexcellent thermal stability and feedbackhigh performance in dry and wet conditions