Reference: F1814-MCB535SR
Brand: TRW
specific sports padupgrade for small and medium scooterssintered metal compound for front and rear brakesno thermal bedding-in requiredhigher friction coefficient than usual scooter padshigh durability, excellent performanceeco-friendly: asbestos-free
Reference: F1815-MCB535SR
Brand: TRW
specific sports padupgrade for small and medium scooterssintered metal compound for front and rear brakesno thermal bedding-in requiredhigher friction coefficient than usual scooter padshigh durability, excellent performanceeco-friendly: asbestos-free
Reference: F5719-MCB519
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: F6032-MCB535
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: F6033-MCB535
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: F6034-MCB535
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: F6035-MCB535
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: F6036-MCB535
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: F6037-MCB535
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: F6038-MCB535
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: R62-MCB535EC
Brand: TRW
TÜV approvedfor offroad applications, small scooters, and motorcyclesceramic compound for front- and rear brakesoptimum brake performance after bedding-in periodpowerful, quiet and easy to handle performance at a value for money pricegood durability in mainly dry conditionsunique patented NRS technology
Reference: R63-MCB535EC
Brand: TRW
TÜV approvedfor offroad applications, small scooters, and motorcyclesceramic compound for front- and rear brakesoptimum brake performance after bedding-in periodpowerful, quiet and easy to handle performance at a value for money pricegood durability in mainly dry conditionsunique patented NRS technology