Nezha-SeaDarе. An airplane, a drone, an underwater vehicle in one suit
The development of Shanghai Jiaotong University's Nezha-SeaDart can take off vertically from land or water and land on either surface. It can fly horizontally using its wings and dive underwater using eight engines.
Four propellers are used for vertical takeoff and landing, and they also help the underwater engines when the device is moving underwater. A triangular wing generates enough lift to keep it airborne.
Robotics
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Pavel Ryzhikh
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Autonomous robot-bug to data collection from the water surface
Researchers from Binghamton University and the State University of New York have created a unique autonomous “bug robot” that can glide through water and collect data.
It uses bacteria-based biobatteries that provide reliable performance in challenging environments. One side of the device is hydrophilic and the other hydrophobic, allowing it to absorb nutrients from the water to fuel bacterial sp
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Pavel Ryzhikh
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Carbonhand robotic glove helps people with weakened hands
Bioservo has introduced the Carbonhand soft robotic glove. It is designed to help people with impaired grip, osteoarthritis or myositis.
The glove is designed to perform everyday tasks such as watering plants, filling a kettle and peeling potatoes. Carbonhand is equipped with pressure sensors that activate motors when needed to hold objects securely. They pull artificial tendons, providing a “nat
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