Reference: R1516-2P-282
Brand: Nissin
ST code 03 New sintered pad material with the best fading resistance and high friction coefficient at low and high temperatures. Excellent performance, is recommended for faster riding conditions for GT and sports bikes. For inox brake disc only.
Reference: F5515-MCB19
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: R3212-MCB19
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: F1253-07BB1404
Brand: Brembo
Selected by motorcycle manufacturers, this is the sintered material developed by Brembo as OEM equipment. The cases where the catalogue code corresponds exactly to the material used on the specific application are highlighted in the catalogues you will find at your local dealer.Genuine brake pads are available in various compounds, each of which is...
Reference: F1254-07BB1404
Brand: Brembo
Selected by motorcycle manufacturers, this is the sintered material developed by Brembo as OEM equipment. The cases where the catalogue code corresponds exactly to the material used on the specific application are highlighted in the catalogues you will find at your local dealer.Genuine brake pads are available in various compounds, each of which is...
Reference: F3867-07BB1418
Brand: Brembo
Selected by motorcycle manufacturers, this is the sintered material developed by Brembo as OEM equipment. The cases where the catalogue code corresponds exactly to the material used on the specific application are highlighted in the catalogues you will find at your local dealer.Genuine brake pads are available in various compounds, each of which is...
Reference: F3868-07BB1418
Brand: Brembo
Selected by motorcycle manufacturers, this is the sintered material developed by Brembo as OEM equipment. The cases where the catalogue code corresponds exactly to the material used on the specific application are highlighted in the catalogues you will find at your local dealer.Genuine brake pads are available in various compounds, each of which is...
Reference: R197-07BB1404
Brand: Brembo
Selected by motorcycle manufacturers, this is the sintered material developed by Brembo as OEM equipment. The cases where the catalogue code corresponds exactly to the material used on the specific application are highlighted in the catalogues you will find at your local dealer.Genuine brake pads are available in various compounds, each of which is...
Reference: R198-07BB1404
Brand: Brembo
Selected by motorcycle manufacturers, this is the sintered material developed by Brembo as OEM equipment. The cases where the catalogue code corresponds exactly to the material used on the specific application are highlighted in the catalogues you will find at your local dealer.Genuine brake pads are available in various compounds, each of which is...
Reference: R2039-07BB1418
Brand: Brembo
Selected by motorcycle manufacturers, this is the sintered material developed by Brembo as OEM equipment. The cases where the catalogue code corresponds exactly to the material used on the specific application are highlighted in the catalogues you will find at your local dealer.Genuine brake pads are available in various compounds, each of which is...
Reference: R2040-07BB1418
Brand: Brembo
Selected by motorcycle manufacturers, this is the sintered material developed by Brembo as OEM equipment. The cases where the catalogue code corresponds exactly to the material used on the specific application are highlighted in the catalogues you will find at your local dealer.Genuine brake pads are available in various compounds, each of which is...