It recently unveiled a hydrodynamic compression garment focusing on the calf, which uses a passively actuated system comprising shape-changing textiles to harvest the potential energy in a person’s gait, using each step to power the next one.
It uses chambers filled with fluid, which are located below the foot of the user. With each step, the fluid is transferred to a bioinspired hydraulic circuit to power it with each step.
The result is a lightweight self-powered garment without batteries and motors that does away with necessary pumps featured in state-of-the-art fluid-driven robots.
According to a recent report, the global Assistive Robotics Market size is expected to reach USD 25.16 billion by 2028, so the potential of exoskeletons like this is huge.
In the future, the majority of people engaged in production will most likely use exoskeletons to remedy or prevent injury and enhance their capability.
Meanwhile, Motorskins is looking to develop its prototype further before entering the market with an assistive product aimed at sports players or those it describes as having “lazy legs”.