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Reference: F1907-07GR1406
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: F5053-07GR13CC
Brand: Brembo
An organic compound for Scooters with an excellent quality/price ratio, long lasting and excellent performance in all conditions of use. It ensures high mileage and stability, especially on city streets where typical Scooter braking is different than that of a motorcycle.
Reference: F7672-07006OEM
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: F16305-07006XS
Brand: Brembo
This is a specific sintered compound for Scooter applications, both front and rear, extremely stable and capable of ensuring consistent performance in all riding conditions.It is the ideal material for latest generation maxi scooters and it is characterised by extremely easy running-in. In fact, these brake pads were developed specifically for this type...
Reference: R679-07BB3106
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: R680-07BB3106
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: R681-07BB3106
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: R3075-07015CC
Brand: Brembo
An organic compound for Scooters with an excellent quality/price ratio, long lasting and excellent performance in all conditions of use. It ensures high mileage and stability, especially on city streets where typical Scooter braking is different than that of a motorcycle.
Reference: R5842-07BB31SP
Brand: Brembo
This is a sintered compound, specific for rear application, is characterised by a consistently high friction coefficient in all conditions of use, both hot and cold, combined with low wear which ensures long life and adequate mileage.
Reference: R5843-07BB31SP
Brand: Brembo
This is a sintered compound, specific for rear application, is characterised by a consistently high friction coefficient in all conditions of use, both hot and cold, combined with low wear which ensures long life and adequate mileage.
Reference: R5844-07BB31SP
Brand: Brembo
This is a sintered compound, specific for rear application, is characterised by a consistently high friction coefficient in all conditions of use, both hot and cold, combined with low wear which ensures long life and adequate mileage.
Reference: R7811-07BB07TT
Brand: Brembo
The Semi-metallic Carbon Ceramic that makes up this pad is also suited for Off Road use. It is a highly modulable material, formulated to work both in dry and wet conditions. It is particularly effective in poor grip situations where high modularity is required.