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— Health and Wellbeing

Honda uses Asimo technology to get the elderly on their feet

We've been following Honda’s Stride Management Assist since its first unveiling in 2008, to the introduction of its sturdier cousin into the workplace and then its U.S. tour in 2009. Now the ASMIO spin off is scheduled to undergo field tests by Japan's National Center for Geriatrics and Gerontology (NCGG). The NCGG will test 40 units of the device on people with limited walking ability at the Elder Health Promotion and Disease Prevention Center at Resora Obu Shopping Terrace in Obu, Japan. Read More
— Automotive

Kenguru, the first drive-from-wheelchair EV, enters production

Though its undoubtedly true to say that mobility vehicles designed for wheelchair access exist, like AM General's MV-1, these generally relegate the wheelchair user to backseat passenger. Vehicles that do allow a wheelchair behind the controls are expensive made-to-order conversions of people carriers and mini-buses. The Kenguru is about as far from a people carrier as it's possible to get, being a small nimble electric vehicle, but one designed specifically for quick, easy access by, and driving from, a wheelchair. Its makers claim it is the first drive-from-wheelchair electric car. Read More
— Urban Transport

BMW unveils i Pedelec bicycle concept

BMW has further strengthened its commitment to an electric mobility future by announcing the opening of its first i Store on July 25. To celebrate the event, the German auto giant has developed a new folding pedal-electric bike called the i Pedelec. Like the Voltitude, the new bike can be rolled along when folded to make getting on and off trains or buses, or in and out of elevators, a little less troublesome, and benefits from a geared electric hub motor, high performance batteries and disc braking at the front and rear. BMW also says that two folded i Pedelec bikes can be comfortably squeezed into the trunk space of its forthcoming i3 EV, and that their batteries can be charged while in there. Read More
— Science

Paralyzed rats regain mobility with a combination of robotics and chemical stimulation

Researchers working at the Swiss Federal Institute of Technology have successfully made use of electrical and chemical stimulation techniques to excite neurons in the lower spinal cord of previously paralyzed rats, enabling the subject rodents to walk and even run when suspended by a vest which provides balance and restricts movement to the hind legs only. Read More
— Automotive Feature

Dual-mode transport - the trend accelerates

Auto China is probably the most influential automobile show in the world at present. China now produces and consumes more cars than any other nation, so its needs will heavily influence personal transport globally in coming decades. Some early trends are emerging as to what we'll see, and as congestion in China increases and parking centrally becomes prohibitively expensive, a car will increasingly only get you part of the way to your destination. Geely and BMW both showed cars with inclusive last-mile transport at Auto China, but the number of last mile Transportation Appliance options under development by auto manufacturers is growing rapidly. Read More
— Automotive

"Urban Future" concept blurs lines between roads, sidewalks and city squares

Amongst the modern furniture and “design-art” on display at this year’s Design Miami/ international design show visitors were also treated to the Bjarke Ingels Group’s (BIG) vision for the future of urban mobility. Dubbed “Urban Future,” the international architectural firm’s installation, created with the cooperation of Audi, provided a glimpse of how its concept for the city street of the future that networks with vehicles and pedestrians might actually work. Read More
— Health and Wellbeing

U.S soldiers in Afghanistan develop simple prosthetic leg using local resources

While we’ve covered many developments in the field of prosthetics, such high-tech advances are beyond the reach of those in the developing world where the rates of amputation due to war are highest. Now U.S. Army soldiers stationed in Afghanistan have developed a simple prototype prosthetic leg that can be constructed using local resources to allow the victims of improvised explosive devices (IEDs) and land mines to get back on their feet quickly and cheaply. Read More