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by Staff Writers Toulouse, France (SPX) Sep 11, 2018
Airbus has placed a firm order with Airseas during the international maritime trade fair SMM to purchase the first ever automated kite, named SeaWing. SeaWing is an automated kite based on parafoil technology used to tow commercial ships. Airbus is focusing on improving productivity and delivering aircraft faster and more cost effectively for its customers. SeaWing offers a new way of cutting shipping fuel costs by 20 percent and will reduce Airbus' overall industrial environmental footprint by 8,000 tons of CO2 per year. Airbus owns a fleet of four RO-RO ships to transport aircraft parts around Europe and the USA. SeaWing combines aeronautical know-how with maritime technology to create a breakthrough in the maritime transportation sector. A simple switch launches or recovers the kite which unfolds, operates and refolds autonomously. The system collects and analyses meteorological and oceanic data in real-time. SeaWing adapts to this information in order to optimise its performance as well as ensure maximum safety. Vincent Bernatets, CEO of Airseas said: "We are very proud that Airbus has confirmed its confidence in the SeaWing system after seeing our test results first-hand on their own ship. This first ro-ro vessel installation opens the way for further pioneering deals on container ships, bulkers and ferries. We are glad we can start helping our customers to reduce ship emissions in order to preserve the environment."
Artificial intelligence guides rapid data-driven exploration of underwater habitats Astoria OR (SPX) Sep 11, 2018 A recent expedition led by Dr. Blair Thornton, holding Associate Professorships at both the University of Southampton and the Institute of Industrial Science, the University of Tokyo, demonstrated how the use of autonomous robotics and artificial intelligence at sea can dramatically accelerate the exploration and study of hard to reach deep sea ecosystems, like intermittently active methane seeps. Thanks to rapid high throughput data analysis at sea, it was possible to identify biological hotspots ... read more
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