|
The brake disc is a component of fundamental importance to guarantee the efficiency and power of a brake system.
The decisive elements for faster and safer braking, especially in extreme conditions of use, are the ability to transmit the braking torque, resistance to thermo-mechanical stress and the rapid dispersion of the heat generated by braking. To better respond to these functions, Brembo brake discs are made of high quality raw materials: in particular special alloys of stainless steel for the braking belts and aluminum or steel for the bells. These discs also stand out for their very tight tolerances, which are only allowed in the order of a few microns. The great experience gained by Brembo has allowed us to define the most correct geometries, tolerances and sizing for each type of motorcycle and use. In fact, thanks to a specific study of machining tolerances, the special shape of Brembo discs allows the braking torque to be transmitted more effectively, also offering better resistance to thermo-mechanical stress. The brake disc is a component of fundamental importance to guarantee the efficiency and power of a brake system. To better respond to these functions, Brembo brake discs are made of high quality raw materials: in particular special alloys of stainless steel for the braking belts and aluminum or steel for the bells. These discs also stand out for their very tight tolerances, which are only allowed in the order of a few microns. The great experience gained by Brembo has allowed us to define the most correct geometries, tolerances and sizing for each type of motorcycle and use. In fact, thanks to a specific study of machining tolerances, the special shape of Brembo discs allows the braking torque to be transmitted more effectively, also offering better resistance to thermo-mechanical stres The brake disc is a component of fundamental importance to guarantee the efficiency and power of a brake system. To better respond to these functions, Brembo brake discs are made of high quality raw materials: in particular special alloys of stainless steel for the braking belts and aluminum or steel for the bells. These discs also stand out for their very tight tolerances, which are only allowed in the order of a few microns. The great experience gained by Brembo has allowed us to define the most correct geometries, tolerances and sizing for each type of motorcycle and use. In fact, thanks to a specific study of machining tolerances, the special shape of Brembo discs allows the braking torque to be transmitted more effectively, also offering better resistance to thermo-mechanical stres The brake disc is a component of fundamental importance to guarantee the efficiency and power of a brake system. To better respond to these functions, Brembo brake discs are made of high quality raw materials: in particular special alloys of stainless steel for the braking belts and aluminum or steel for the bells. These discs also stand out for their very tight tolerances, which are only allowed in the order of a few microns. The great experience gained by Brembo has allowed us to define the most correct geometries, tolerances and sizing for each type of motorcycle and use. In fact, thanks to a specific study of machining tolerances, the special shape of Brembo discs allows the braking torque to be transmitted more effectively, also offering better resistance to thermo-mechanical stres The brake disc is a component of fundamental importance to guarantee the efficiency and power of a brake system. To better respond to these functions, Brembo brake discs are made of high quality raw materials: in particular special alloys of stainless steel for the braking belts and aluminum or steel for the bells. These discs also stand out for their very tight tolerances, which are only allowed in the order of a few microns. The great experience gained by Brembo has allowed us to define the most correct geometries, tolerances and sizing for each type of motorcycle and use. In fact, thanks to a specific study of machining tolerances, the special shape of Brembo discs allows the braking torque to be transmitted more effectively, also offering better resistance to thermo-mechanical stres The brake disc is a component of fundamental importance to guarantee the efficiency and power of a brake system. To better respond to these functions, Brembo brake discs are made of high quality raw materials: in particular special alloys of stainless steel for the braking belts and aluminum or steel for the bells. These discs also stand out for their very tight tolerances, which are only allowed in the order of a few microns. The great experience gained by Brembo has allowed us to define the most correct geometries, tolerances and sizing for each type of motorcycle and use. In fact, thanks to a specific study of machining tolerances, the special shape of Brembo discs allows the braking torque to be transmitted more effectively, also offering better resistance to thermo-mechanical stres The brake disc is a component of fundamental importance to guarantee the efficiency and power of a brake system. To better respond to these functions, Brembo brake discs are made of high quality raw materials: in particular special alloys of stainless steel for the braking belts and aluminum or steel for the bells. These discs also stand out for their very tight tolerances, which are only allowed in the order of a few microns. The great experience gained by Brembo has allowed us to define the most correct geometries, tolerances and sizing for each type of motorcycle and use. In fact, thanks to a specific study of machining tolerances, the special shape of Brembo discs allows the braking torque to be transmitted more effectively, also offering better resistance to thermo-mechanical stres The brake disc is a component of fundamental importance to guarantee the efficiency and power of a brake system. To better respond to these functions, Brembo brake discs are made of high quality raw materials: in particular special alloys of stainless steel for the braking belts and aluminum or steel for the bells. These discs also stand out for their very tight tolerances, which are only allowed in the order of a few microns. The great experience gained by Brembo has allowed us to define the most correct geometries, tolerances and sizing for each type of motorcycle and use. In fact, thanks to a specific study of machining tolerances, the special shape of Brembo discs allows the braking torque to be transmitted more effectively, also offering better resistance to thermo-mechanical stres The brake disc is a component of fundamental importance to guarantee the efficiency and power of a brake system. To better respond to these functions, Brembo brake discs are made of high quality raw materials: in particular special alloys of stainless steel for the braking belts and aluminum or steel for the bells. These discs also stand out for their very tight tolerances, which are only allowed in the order of a few microns. The great experience gained by Brembo has allowed us to define the most correct geometries, tolerances and sizing for each type of motorcycle and use. In fact, thanks to a specific study of machining tolerances, the special shape of Brembo discs allows the braking torque to be transmitted more effectively, also offering better resistance to thermo-mechanical stres The brake disc is a component of fundamental importance to guarantee the efficiency and power of a brake system. To better respond to these functions, Brembo brake discs are made of high quality raw materials: in particular special alloys of stainless steel for the braking belts and aluminum or steel for the bells. These discs also stand out for their very tight tolerances, which are only allowed in the order of a few microns. The great experience gained by Brembo has allowed us to define the most correct geometries, tolerances and sizing for each type of motorcycle and use. In fact, thanks to a specific study of machining tolerances, the special shape of Brembo discs allows the braking torque to be transmitted more effectively, also offering better resistance to thermo-mechanical stres |