Brembo: Motorcycle Brakes

Brembo was founded in 1961 in Paladina, near Bergamo, Italy, by Emilio Bombassei, his sons Sergio and Alberto Bombassei and his brother-in-law Italo Breda. In 1972, it began supplying its first complete braking system to Moto Guzzi. This history helps explain a range focused on the components involved in braking, from friction materials to hydraulic actuation.

At Motarea, you can explore Brembo brake pads and shoes and Brembo brake discs. These two product families should be considered together when replacing worn components: the pad compound, disc type and intended use must match the application specified for your motorcycle. Start with the correct reference and the information on its product page.

The selection also includes Brembo brake calipers and Brembo brake master cylinders, with models such as GP4-RX and RCS. The caliper presses the pads against the disc; the master cylinder generates the hydraulic pressure that operates them. Choosing a component depends on the complete braking system and its specific mounting requirements, as well as the brand.

Use the links to each family to compare available references and read their product pages. Before choosing, check compatibility, mounting position, fixings and connections, together with the component’s instructions. For maintenance or a system modification, make sure all the components work together and that the work follows the relevant installation guidance.

Brake kits and installation components

Brembo brake kits offer another way to explore the range: they combine components selected for an application and should be assessed as a complete set. Before comparing a kit with individual parts, check the exact contents and fitting conditions. A product name alone does not confirm that a master cylinder, caliper, disc, brake hose or all required adapters are included.

The selection also includes Brembo installation accessories, such as reservoir components. These are listed separately from friction materials and hydraulic actuation parts. In each case, identify the part's function and its relationship with the existing system.

When planning a replacement or upgrade, separate three decisions: the application of the part number, the intended use and the compatibility between the circuit's components. This comparison helps you choose between maintenance with equivalent parts and assemblies with different performance characteristics, without attributing one model's features to the entire brand.