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IEEE Spectrum Robotics Video Weekly: Amphibious Robot ALBATROSS Debuts
The IEEE Spectrum robotics section has released this week's video compilation, featuring the ALBATROSS amphibious robot from the Singapore University of Technology and Design, which can be deployed from the air, spin down to the water's surface without a parachute, passively self-right, and then use its rigid wings as sails to sail autonomously by wind; the compilation also includes demonstrations of several other robots.
Published · Updated · Source: IEEE Spectrum · Robotics · AI translation
According to the video compilation from the IEEE Spectrum robotics section, a team at the Singapore University of Technology and Design has developed an amphibious robot named ALBATROSS. It can be deployed from the air, spin down to the water's surface without a parachute, passively self-right after landing in the water, and reuse the same pair of rigid wings as sails to achieve autonomous wind-powered sailing. The team says its approach is to let the physical structure do more of the work and reduce additional actuation, in order to combine rapid aerial deployment with persistent, energy-efficient maritime sensing.
The compilation also includes demonstrations from multiple institutions, including a tactile-sensing dexterous manipulation robot, flexible foot pads for a hopping robot, a heterogeneous flight module platform capable of mid-air reconfiguration, and a self-assembling robotic arm made by high school students, among others. The above information comes from the original source and was organized by AI.
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