Scientists at Linköping University have developed an artificial muscle that runs off of glucose and oxygen like its organic counterpart. Made of a special polymer, the new plastic muscles open the promise of implantable artificial muscles that can be powered by like living organs.
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A team of engineers at Cornell has built a robotic fish powered by electric blood, which not only serves as an energy source, but acts hydraulically to create propulsion as well. This bio-inspired approach addresses one of the great challenges for small, untethered robots – mass vs. power.
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Nobody wants to get near nuclear waste, so a team of engineers is developing a new semi-autonomous robotic system to help dismantle decommissioned reactors. The two-armed mobile robot can identify, grasp, and cut objects like pipes without the operator having to control every movement.
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An educational tool first and a toy for playtime second, DJI's RoboMaster S1 will bring some battle and racing fireworks to the living room floor, but overall is designed to offer a gentle pathway into the world of AI, engineering and robotics.
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Carnegie Mellon University (CMU) has announced that it plans to send the first American unmanned rover to the Moon in July 2021. The miniature four-wheeled robot will ride aboard the Peregrine lander along with 14 other scientific payloads and will carry a miniature art gallery on its journey.
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MIT has unveiled the latest version of the robotic boats it is developing for Amsterdam that are intended to help move passengers and goods along the city's 165 canals in the near future. The new iteration of these "Roboats" has been given the ability to locate and dock with one another.
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Fieldwork Robotics – a spinout company from the University of Plymouth in the UK – has announced the successful completion of early field trials of a raspberry-harvesting robot. If commercialized, the system could help make up for a shortage of human fruit pickers in the country.
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MIT has developed an inexpensive sensor glove designed to enable artificial intelligence to figure out how humans identify objects by touch.
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At a recent live-fire exercise in Tapa, Estonia, the latest version of Milrem Robotics and ST Engineering's ground combat robot showed off its ability to operate under Beyond Line Of Sight (BLVOS) control while equipped with the ADDER DM Remote Weapon Station.
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It’s entirely possible that micro-machines could one day be delivering drugs inside the body, with many designs proposed in recent years. The latest comes from the University of New South Wales (UNSW), which gets around under its own power using a system similar to how submarines rise and sink.
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