MOBILITY / ASSISTIVE RESEARCH

Medical-assistive exoskeleton

Investigate mechanical mobility and rehabilitation assistance principles, clearly separating research from a medical device.

Exploratory research

Core question

What assistance can be safely controlled, measured and adapted to individual needs?

Ambition

Explore assistive systems with possible future clinical relevance, subject to independent evaluation and applicable regulation.

What is needed

Clinical researchers, physiotherapists, biomechanists, safety engineers, ethical protocols and regulatory validation.

Next required evidence

First a non-clinical mechanical demonstrator, risk assessment and expert review before any human trials.

Non-negotiable constraints

Not an approved medical device; no therapeutic claims or unauthorized clinical testing.

Conceptual visualisation. Does not represent existing facilities or prototypes.

OPEN INDUSTRY RESEARCH CHALLENGE · Mobility · biomechanics · safety

Support movement while respecting the person.

Independent from the strength exoskeleton programme; investigates gait and stability assistance without therapeutic claims.

A different programme: Industrial strength exoskeletonThis programme has its own goals and validation.Industrial strength exoskeleton ↗

01 / First verifiable outcome

First non-clinical demonstrator: evaluate control, safety, repeatability and risks before any human trial.

02 / Skills and materials needed

Biomechanics researchers, physiotherapists, sensors, safety and regulatory expertise.

Explore technical collaboration ↗

AN INVITATION TO INDUSTRY AND SCIENCE

Breakthroughs need people who know how to build.

We seek collaboration with manufacturers, laboratories, universities and engineering specialists. We need raw materials, loose components, instrumentation, expertise and access to testing — always under clear, lawful, mutually agreed terms.

Explore collaboration ↗Research programmes →