Product Details
Universal HC1™ Black Radial Master Cylinder Kit by Magura®. If your own requirements in driving dynamics, safety and comfort are more demanding and you want to make a good bike even better, then it’s time for the new HC1 from Magura. The decision to optimise your own motorcycle is made easy by this compactly-designed radial fitment. Magura uses its patented Hard Core Technology, HCT, which was developed in-house. Whether as a brake or clutch, the HC1 gives you a noticeable improvement in motorcycle performance. The pressure point is so full and so perfectly defined, you'll think your fingers are part of the brake or clutch system. The HC1 is, of course, ABS-compatible and is manufactured to the famous Magura high-quality standards. When it comes to installation, this radial fitment really impresses, thanks to its compact design and the diagonal inclination of the cylinder. Thanks to the pump’s diagonal inclination, the HC1 is also very easy to mount. Compact Fitment: Thanks to the pump’s diagonal inclination, the HC1 is also very easy to mount. Light-weight: High strength and lightweight components are responsible for the performance of Magura street king. Compelling performance does not always mean it has to be expensive.
Specifications
| Finish: Black |
Features
- 70° Radial Design
- Full Abs Compatibility
- Advanced Secondary Seal Technology
- Reservoir Mount
- Designed to cover your hydraulic needs
- Will meet stringent standards for safety
- Cutting-edge technology, eminent quality
The company founded by Gustav Magenwirth in 1893 and known under the Magura® brand, is now a premium supplier of components for the motorbike and bicycle market. Magura® combines the most modern product technology with the deep inner conviction of creating products that are not only in a technical class of their own, but are completely fascinating. This intensive product experience does not come out of thin air. The toughest race tracks on and offroad all over the world are their test tracks. Pros and globetrotters test them under the toughest possible conditions.