The Naval Undersea Warfare Center (NUWC) has conducted testing on Northrop Grumman's new hull-mounted acoustic Advanced Flank Array (AFA), the company announced on 14 November.
The testing, carried out under a Work for Private Parties agreement, demonstrated that the new system addresses next-generation requirements.
The system has been designed to support a variety of flank array programmes, including those for the US Navy's Ohio-class ballistic missile submarine and Virginia-class fast attack submarine.
Northrop Grumman invested over $3 million to develop its alternative AFA product line and proved that the manufactured prototypes meet or exceed the navy’s strict performance specifications.
Alan Lytle, VP, undersea systems business unit, Northrop Grumman, said: ‘We are not just designing systems for today’s fleet, but we are developing solutions with the future in mind - the missions, requirements and applications our submarine force will face over the lifetime of these ships.'
The race between using ISR and resisting the use of it by enemies has accelerated, leading to new methods and systems being required, according to the British Army’s lead on its ISR efforts.
The huge amount of open source data available may not carry the weight of secret sources but it does carry substantial value, according to speakers at Defence IQ C4ISR Global conference in London.
The deal with Jacobs will run until November 2027 and will see the company deliver a range of digital and IT specialist professional services to Defence Digital.
The communications company has upgraded two of its Beyond Line-of-Sight Multi-Purpose Terminals (MBTs) by introducing advancements in satellite communication technology and AI-driven maintenance capabilities.
Norway's Kongsberg Defence and Aerospace has announced that its subsidiary Kongsberg NanoAvionics will produce three satellites and launch them in 2025.
In 2015, South Korea named a consortium of Korea Aerospace Industries (KAI) and Hanwha Systems, along with Thales Alenia Space providing the SAR payload derived from its HE-R1000 product, as preferred bidder to develop new Korea 425 Project reconnaissance satellites.
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