Strategic overview: The Ukraine conflict’s robotic armies
Kiev and Moscow have been competing over who can better harness the ongoing revolution in military affairs caused by AI-controlled and human-operated robots and drones.
Teledyne Technologies was out in force at Ocean Business, displaying its range of sensors and unmanned vehicles, including the SeaRaptor autonomous underwater vehicle (AUV).
With one SeaRaptor already sold to an unnamed SAR company, the AUV is rated for depths up to 6000m and has a battery life of 24 hours, depending on its configuration.
Robert Melvin, VP of Engineering at Teledyne Gavia, explained that the 5.5m long, 1000kg+ SeaRaptor also features extensive modularity, based on the success of the Gavia AUV, with several payload ports that can be used for field-swappable sensors.
As standard, the SeaRaptor comes with Teledyne’s Benthos Sub Bottom
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Kiev and Moscow have been competing over who can better harness the ongoing revolution in military affairs caused by AI-controlled and human-operated robots and drones.
This time, the UAS flew into NATO airspace, though there is no evidence that they did so deliberately.
South Korea is rapidly advancing its UAV programmes and counter-drone capabilities in response to increasing threats from North Korea’s unmanned aerial systems.
Inspired by the Ukrainian Armed Forces, the British Army has one eye on the future as it develops its ability to operate FPV UAS.
The confrontation followed a history of untroubled fly-throughs by similar drones en route to Ukraine.
The contract covers disposal and training vehicles for the Belgian and Dutch navies.