New EDA research project aims to carry battlefield targeting to new level

by Brooks Tigner

The EDA's ATRIT project seeks to improve the technology behind automatic targeting, as well as in threat recognition and identification. (EDA)

Six European militaries have begun a new research project with a small budget but a big goal – to carry digitalised collaborative combat between different platforms to a new degree of automation. If their work succeeds, it will connect to many other research strands of work within the European Defence Agency (EDA), which is overseeing the project.

“The legacy aspect of making this capability applicable to existing platforms will be an important part of the work,” said Mario Martinho, EDA's project officer for land systems technologies. Martinho oversees the new research effort known as automatic target/threat recognition, identification, and targeting for land systems (ATRIT). Launched on 13 January, ATRIT brings together research personnel from France, Germany, Greece, the Netherlands, Poland, and EDA partner country Norway.


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US Army unveils test plan for TRILOS modernisation

by Carlo Munoz

Multichannel transmission systems operator-maintainers from the 2nd Armored Brigade Combat Team, 3rd Infantry Division, assemble a Terrestrial Transmission Line Of Sight radio system at Fort Stewart in Georgia in August 2019. (US Army )

US Army officials are soliciting industry feedback on the service's technology development strategy to revamp its Terrestrial Transmission Line of Sight (TRILOS) communications equipment, with plans to acquire two to three new TRILOS variants beginning in fiscal year (FY) 2026.

Led by Program Manager Tactical Network (PM TN), the 3 May request for information (RFI) will inform development of the new TRILOS variants.

The variants will feature a radio frequency (RF) base system, “with modular extensions incorporating Free Space Optics (FSO)” to connect with aerial tier assets via a “variable height, mast type configuration”, the 3 May RFI stated. Army officials plan to acquire over 700 modernised TRILOS systems.


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DSA 2024: Poly Technologies showcases new armed large unmanned underwater vehicle

by Vinod Kumar CV

Poly Technologies' UUV300CB LLUV was displayed at the DSA 2024 exhibition in Malaysia. (Janes/Vinod Kumar CV)

China's Poly Technologies has displayed a new multimission-capable large unmanned underwater vehicle (LUUV) at the Defence Services Asia (DSA) 2024 exhibition held in Kuala Lumpur.

According to the company, the LUUV – named UUV300CB – can undertake missions including intelligence, surveillance, and reconnaissance and minelaying operations.

A Poly Technologies official told Janes that the UUV300CB is in development phase and that several variants of the platform could be produced by the company.

A cutaway model of the platform displayed at DSA 2024 shows torpedo tubes, a belly bay for loading EM12-500/1000 mines or UUVs, an image intelligence and reconnaissance mast, an electromagnetic intelligence and reconnaissance mast, sonar systems, and a covered vertical launcher for small missiles in its rear.

Other capabilities include satellite/ultra-high frequency communication and low acoustic signature.


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USSOCOM seeks new mounted, dismounted EW capabilities

by Andrew White

Anduril's Pulsar multimission EW solution is to be available in air (Pulsar-V) and ground (Pulsar-G) variants. (Andrew White)

US Special Operations Command's (USSOCOM's) electronic warfare (EW) Family of Systems (FoS) is the “newest” programme in the Program Executive Office (PEO) – SOF Warrior portfolio and was initially approved in November 2023 to focus on the “ground domain” operations, the command announced on 7 May.

SOF Warrior documents stated the EW FoS will include “dismounted/body-worn; mounted; unattended sensor; and small unmanned payloads to enable electromagnetic surveillance (ES), electromagnetic attack (EA), and electromagnetic protection (EP) capabilities”. The documents were presented at Special Operations Forces (SOF) Week 2024 in Tampa, Florida.

Officials suggested aspects of EP would be “pertinent” to countering unmanned aircraft systems as well as electromagnetic countermeasures (ECM). Other areas of interest include jamming-resilient radar capabilities.


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https://www.janes.com/defence-news/c4isr-command-tech/latest/new-eda-research-project-aims-to-carry-battlefield-targeting-to-new-level

Six European militaries have begun a new research project with a small budget but a big goal – to ca...

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