Steer
Magura brake pumps
When fractions of a second decide between victory and defeat on the race track, there is no room for compromise. Whoever goes fastest wins - they say. But the whole truth is: whoever can brake later wins. The MAGURA radial master cylinders offer you optimal braking performance and maximum control in every situation. This doesn't just apply to braking power: the patented HC technology is also used in our flagship, the HC3. It reduces friction in the master cylinder and thus ensures extremely precise and consistent response. It's no wonder that the MAGURA HC3 radial master cylinder is the first choice in professional and amateur racing.
Magura
HC1 - THE COMPACT
If you have high demands on driving dynamics, safety and comfort and want to improve your already good bike even further, it's time for the new HC1 from MAGURA. The decision to optimize your own bike is extremely easy with this radial pump in a compact design.
Magura
HC3 GOLD - THE PROFESSIONAL
Where professional quality is required, there is simply no alternative to the HC3. Weight, performance, ergonomics and control - all of these criteria were given decisive importance when developing the HC3. The overall performance of the HC3 exceeds even the highest requirements. High-quality aluminum was used as the basic material in the construction of the HC3. The master cylinder is made entirely of solid aluminum - and it is precisely this production process that creates the extremely high rigidity and ultra-light weight of this ABS-compatible component.
Magura
HC3 BLACK - THE PROFESSIONAL
Where professional quality is required, there is simply no alternative to the HC3. Weight, performance, ergonomics and control - all of these criteria were given decisive importance when developing the HC3. The overall performance of the HC3 exceeds even the highest requirements. High-quality aluminum was used as the basic material in the construction of the HC3. The master cylinder is made entirely of solid aluminum - and it is precisely this production process that creates the extremely high rigidity and ultra-light weight of this ABS-compatible component.
