At Human Motion Technologies, we build highly dynamic robotic exoskeletons and prostheses with futuristic levels of performance. We achieve a combination of low weight, high torque, and fast mechanical response by repositioning heavy robotics components such as motors, batteries, and computers away from fast-moving limbs to an offboard rack or backpack to minimize the effect of this mass on the user. We transmit power remotely through a flexible mechanical transmission. The result is a featherlight assistive device with explosive power and exceptional versatility.
We are currently offering a robotic ankle-foot prosthesis, an ankle exoskeleton, and standalone actuator units for sale to research labs. We are happy to work with you to develop custom solutions--whether you would like to actuate an existing device, need a general purpose plug-and-play real-time control system, or need to actuate a different joint (we may already be developing a solution!).
We are also developing a clinical product wherein patients use an emulator-based device to test-drive candidate devices prior to purchase and fitting, empowering clinicians to make personalized evidence-based prescription decisions.
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