Exoskeleton
A further evolution of the Toyota Personal Mobility (PM-01) concept called the "i-unit" is being featured at the Toyota Group Pavilion at EXPO 2005 in Aichi, Japan. Toyota is launching the "i-unit" and other concept vehicles and helper robots with a "Mobility Performance Show" to dramatise the future of mobile technology and its potential role in society under the theme of "the dreams, pleasure and excitement of mobility in the 21st century." Read More
The mere thought of hauling a 70-pound pack across miles of rugged terrain or up 50 flights of stairs is enough to evoke a grimace in even the burliest individuals. But breakthrough robotics research at the University of California, Berkeley, could soon bring welcome relief - a self-powered exoskeleton to effectively take the load off people's backs. Read More
From the land of personal robotics (and the Rising Sun) comes news of the impending launch of a power-assisted exoskeleton to be known as HAL-3 (Hybrid Assisted Leg). Designed for the 'rehabilitation of person who have a functional disorder in their lower body, or power augmentation of the unimpaired', HAL is expected to sell for around one million Japanese yen (AUD$12,000) when it goes on sale. Read More
Updated May 2005 Whenever robots are discussed, it seems the name tmsuk comes up. The small Japanese robotics company has collaborated with some of the biggest names in electronics to produce commercial robots in the last few years, and their concepts always seem to be innovative and imaginative, not to mention very useful. tmsuk is best known for its security robots Banryu and Artemis, a semi-humanoid security guard for hospitals and office buildings) so when Japan’s National Research Institute of Fire and Disaster, strategised its next generation response to earthquakes and the fires they cause and decided it needed a robot for high risk situations, tmsuk got the call. Built for business, the strapping 3.5 metre Enryu will be called upon to rush into burning buildings, lift heavy objects and rescue people. Neat heh! Read More
The human body is unsurpassed in the complexity of its design, performance and efficiency, but there are definite limitations to what we can achieve with a frame that's around 6ft high - we can only carry so much weight, jump so far or run so fast before we reach our physical boundary. Machines that overcome these limitations have been with us for centuries, but we are only beginning to explore the possibilities of augmentation - extending our existing capabilities through wearable robot exoskeletons to create superhuman strength, speed and stamina. Read More
