This technique permits riders to robotically regulate suspension settings on the fly, adapting to altering terrain in real-time. This built-in digital system combines sensors and software program to optimize fork and shock efficiency for pedaling effectivity, traction, and luxury. For instance, the system can agency up the suspension throughout climbs for optimum energy switch after which immediately soften it for optimum management and absorption on descents. A suitable rear shock, fork, and management module work in live performance to create a seamless and dynamic driving expertise.
The flexibility to dynamically regulate suspension settings affords important benefits, together with improved pedaling effectivity, enhanced traction, and diminished rider fatigue. By robotically adapting to the terrain, the system minimizes vitality wasted on suspension motion throughout climbs and maximizes grip and management throughout descents. Traditionally, riders have needed to manually regulate their suspension settings based mostly on anticipated terrain. This progressive know-how eliminates the necessity for handbook changes, permitting riders to deal with the path forward.
