Rizoma RRC Brake levers

Aerodynamics and grip. RRC levers have been developed through in-depth wind tunnel testing and analysis. When used at high speeds (e.g. on racetracks), the resulting air pressure can have a significant impact on the braking circuit. To reduce this effect the outer tip of the lever has been hollowed to minimize this pressure and optimize performance. Made entirely from billet aluminum and anodized, RRC levers have a higher adjustment system position for increased accessibility.

Rizoma RRC Brake levers

Aerodynamics and grip. RRC levers have been developed through in-depth wind tunnel testing and analysis. When used at high speeds (e.g. on racetracks), the resulting air pressure can have a significant impact on the braking circuit. To reduce this effect the outer tip of the lever has been hollowed to minimize this pressure and optimize performance. Made entirely from billet aluminum and anodized, RRC levers have a higher adjustment system position for increased accessibility.

Rizoma RRC Brake levers

Aerodynamics and grip. RRC levers have been developed through in-depth wind tunnel testing and analysis. When used at high speeds (e.g. on racetracks), the resulting air pressure can have a significant impact on the braking circuit. To reduce this effect the outer tip of the lever has been hollowed to minimize this pressure and optimize performance. Made entirely from billet aluminum and anodized, RRC levers have a higher adjustment system position for increased accessibility.

Rizoma RRC Brake levers

Aerodynamics and grip. RRC levers have been developed through in-depth wind tunnel testing and analysis. When used at high speeds (e.g. on racetracks), the resulting air pressure can have a significant impact on the braking circuit. To reduce this effect the outer tip of the lever has been hollowed to minimize this pressure and optimize performance. Made entirely from billet aluminum and anodized, RRC levers have a higher adjustment system position for increased accessibility.

Rizoma RRC Brake levers

Aerodynamics and grip. RRC levers have been developed through in-depth wind tunnel testing and analysis. When used at high speeds (e.g. on racetracks), the resulting air pressure can have a significant impact on the braking circuit. To reduce this effect the outer tip of the lever has been hollowed to minimize this pressure and optimize performance. Made entirely from billet aluminum and anodized, RRC levers have a higher adjustment system position for increased accessibility.

Rizoma RRC Brake levers

Aerodynamics and grip. RRC levers have been developed through in-depth wind tunnel testing and analysis. When used at high speeds (e.g. on racetracks), the resulting air pressure can have a significant impact on the braking circuit. To reduce this effect the outer tip of the lever has been hollowed to minimize this pressure and optimize performance. Made entirely from billet aluminum and anodized, RRC levers have a higher adjustment system position for increased accessibility.

3D Folding Brake levers for 2015+ Ducati Scrambler 

(See Vehicle Listing)

Just like pro racing! The Rizoma 3D folding levers are aerodynamic with easy grip. Through extensive testing and analysis in the wind tunnel, 3D levers were created. The ensuing air pressure can significantly affect the braking circuit when employed at high speeds (such as on racetracks). The outside tip of the lever has been hollowed to minimize pressure and improve function in order to lessen this impact. These levers, which are constructed of anodized billet aluminum and slide on bushings with return springs to ensure accuracy and dependability, offer a wide range of adjustment. Additionally, the articulated joint allows the lever to "fold" in the case of a fall, decreasing the risk of breaking. Improved grip is ensured by surface milling, and colored silicon Rings finish the appearance. They not only provide customizing options but also enhance lever grip.

3D Folding Brake levers for Aprilia RS660 / RSV4 / 

Tuono 660

Just like pro racing! The Rizoma 3D folding levers are aerodynamic with easy grip. Through extensive testing and analysis in the wind tunnel, 3D levers were created. The ensuing air pressure can significantly affect the braking circuit when employed at high speeds (such as on racetracks). The outside tip of the lever has been hollowed to minimize pressure and improve function in order to lessen this impact. These levers, which are constructed of anodized billet aluminum and slide on bushings with return springs to ensure accuracy and dependability, offer a wide range of adjustment. Additionally, the articulated joint allows the lever to "fold" in the case of a fall, decreasing the risk of breaking. Improved grip is ensured by surface milling, and colored silicon Rings finish the appearance. They not only provide customizing options but also enhance lever grip.