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Autonomy Software News

27 Jul 2022

Tech File: Smartgyro Stabilization for Diverse Marine’s Hydronaut Vessels

Nauticus Robotics' Hydronaut vessels will be equipped with the Smartgyro SG80 unit. Credit: Diverse Marine

A new 18-m craft for the Nauticus robotic navy fleet will be fitted with Smartgyro’s SG80 units for roll reduction in manned and unmanned operations.Golden Arrow Marine is supplying Smartgyro SG80 gyroscopic stabilization units to Cowes boatbuilder Diverse Marine for installation on its new 18-m Hydronaut vessels for Houston-based Nauticus Robotics.The Smartgyro SG80 is innovative in that it can be serviced, maintained and assembled directly inside the boat, suitable for both new builds and refits.Smartgyro’s UK Master Dealer Golden Arrow Marine has partnered with Nauticus Robotics…

18 Mar 2019

The Future: Autonomous Robotic Hull Grooming

Grooming Robot on a small vessel at pier side as imaged by another grooming vehicle.Photo Courtesy Greensea Systems

Ship hull biofouling has significant impacts on fleet readiness, ship performance, cost, and the environment. Biofouling results in increased hydrodynamic drag which results in greater fuel use and greater emissions per distance traveled than a hydraulically-smooth hull. A study by Schultz, et al. found the typical fouling rating (FR) of a US Navy DDG-51 class vessel, FR-30, increases fuel consumption by 10.3% over a hydraulically-smooth DDG-51. Results showed that reducing this…

29 Mar 2012

SeeByte Selected by U.S. for Foreign Comparative Testing

Edinburgh, Scotland - SeeByte, the global leader in creating smart software technology for unmanned systems, has been selected by the U.S. Office of the Secretary of Defense, Comparative Test Office, to participate in a Foreign Comparative Testing (FCT) Program in support of a U.S. Navy Program of Record managed by the Naval Sea Systems Command, EOD Program Office. The FCT is designed to test selected foreign technologies, as evaluated by U.S. Military Operators, with a view to future procurement. SeeByte will integrate existing autonomy software into the Common Operator Interface for Navy EOD (COIN). These autonomy modules constitute an adaptive mission planner for unmanned underwater vehicles (UUVs).