All articles tagged with #exoskeleton
Seven-year-old Asger from Stroud with cerebral palsy became the UK's first person to trial a home-based powered exoskeleton (the Agilik orthosis by Bionic Power) costing around £72,000; his family paid £600 for a one-week trial, and the device enabled him to walk to school with greater independence, highlighting life-changing potential as well as ongoing affordability and maintenance challenges and the need for broader NHS support.
WIRED tested Hypershell X Ultra and Dnsys X1 Carbon Pro at a track and found Hypershell the clearer winner for comfort, natural stride, and quiet operation, while Dnsys offers more raw power but with louder, stiffer movement; both cost about $1,899–$1,999.
Vilje Bionics in Norway has developed the world's first full-arm exoskeleton, Vilpower, to help stroke victims regain arm movement and independence by amplifying tiny residual movements, with plans for commercial release in 2026.
Nike's Project Amplify introduces futuristic robotic shoes with an exoskeleton that provides assistance during walking and running, aiming to reduce bodily stress and enhance performance, with potential applications in accessibility, rehabilitation, and athletics. The prototype is fun and effective, though still in development, with plans possibly aligned with the 2028 Olympics.
Nike has unveiled 'Project Amplify,' a powered exoskeleton sneaker designed to enhance leg performance with a motor and battery, aiming to revolutionize running and walking, though its mainstream adoption remains uncertain.
The article discusses Robohiker, an exoskeleton designed to enhance hiking by allowing users to go further and faster, showcasing advancements in wearable technology for outdoor activities.
The article highlights three key innovations in medical technology: a cancer vaccine, an Alzheimer's blood test, and a life-changing exoskeleton, emphasizing their potential to advance healthcare and economic prosperity.