Italian robotics research group 'Perceptual Robotics Laboratory' has invented an incredible robotic suit exoskeleton that gives its wearer superhuman physical strength.
The engineers label their invention a 'body extender', as it effectively acts as an incredibly strong extension of the human body. The robotic suit is able to track complex movements of the human body and amplify the force of its wearer. This allows the wearer to lift up to 110 pounds with each hand.
However, it's not merely about strength alone. It is also impressively flexible and is able to move in 22 degrees of freedom, thanks to its electric motor. The body extender's combination of strength and flexibility means it could be used to assemble complicated, heavy products like aircraft. It could also be very useful to rescue people trapped under heavy debris after earthquakes.
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Trend Themes
1. Exoskeleton Technologies - Innovation opportunities in developing more efficient and ergonomic exoskeletons that can be used in manufacturing and rescue operations.
2. Human Augmentation - Creating technology that amplifies human abilities, which can be useful in various fields such as healthcare and construction.
3. Robotic Mobility - Developing mobile exoskeletons that can be used in search and rescue missions as well as in military operations.
Industry Implications
1. Manufacturing - The use of exoskeletons in manufacturing industries can increase labor productivity, reduce injuries, and provide ergonomic solutions for workers.
2. Construction - Exoskeletons can help construction workers lift heavy materials, increase their stamina, and reduce the risk of injury during construction work.
3. Emergency Response - The development of mobile exoskeletons can provide rescuers with the ability to lift heavy debris and reach otherwise inaccessible areas during disaster situations.