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“You really need to develop a whole product solution—hardware, software, UI, interfaces, and process redesign—with a consideration for what problem you are really trying to solve.” —Aldo Zini
Getting large teams of robots to collaborate is the work of Dr Regis Vincent, who envisions applications that include mapping nuclear contamination.
What obstacles remain for robots to work alongside humans in industrial settings, and how far have we come in eliminating those challenges? Dr. Roland Menassa answers these and other questions in his presentation at the RoboBusiness summit November 2-3 in Boston.
John Reid, director of Product Technology and Innovation at Moline Technology Innovation Center, a part of John Deere’s Global Technology Innovation Network, discusses how his company’s technologies will help feed the world’s billions.
Mark Ingebretsen
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The Roving Bat, a free-flying hybrid ROV and crawler designed and made by CSIP, a UK-based company specializing in the design, development, and manufacturing of remote-controlled robotic systems for hostile environments, was the subject of a documentary recently aired in Germany.
ZDF Umwelt magazin, a German TV show focusing on environmental topics, featured the Roving Bat in a documentary about how offshore activity requires high-tech equipment to function effectively. The ROV, equipped with a hydrocarbon leak detection system, demonstrated its capabilities while underwater cameras provided a clear view of the action.
“The Roving Bat was originally designed to survey the hulls of ships, underwater structures, and hydraulic dams for any signs of damage,” says Simon Gilligan, managing director of CSIP. “It can also be used for the search and disposal of limpet mines and other explosive and suspect devices attached on ships hulls, harbour walls, or piers, making it one of the most popular vehicles in our fleet.”
According to Gilligan, the ROB is powerful, with six built-in thrusters—two longitudinal and four vertical—that enable it to withstand heavy currents for stable and reliable inspection. Its body is designed to minimize drag, reach its target in free-flying mode, and stick to any vertical or inclined surface. The Roving Bat then moves along the surface in crawling mode for close inspection and is capable of covering up to 20 meters per minute. It has a thrust of 80 kg when travelling vertically and 48 kg horizontally.
CSIP has received “several inquiries” about the Roving Bat from researchers in Germany, says Gilligan.
For more information, contact Simon Gilligan at or +44 (0)1305 779 020.
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