Clearer military requirements could unlock UGV market growth
Western armies continue to test uncrewed ground vehicles, but wider procurement will depend on turning ambitions for autonomy into defined operational roles and funded requirements.
IBCS is a command and control system unifying current and future assets. (Photo: Northrop Grumman)
Northrop Grumman tested its Integrated Battle Command System (IBCS) with the US Army during advanced live fire flight tests in November.
During advanced live fire flight tests at White Sands Missile Range, New Mexico, the IBCS demonstrated its ability to integrate sensors and effectors to the Lower Tier Air and Missile Defense Sensor (LTAMDS), fusing data across the battlespace.
Northrop Grumman said that during the tests, the IBCS detected, identified and maintained an accurate composite track of incoming low- and high-altitude threats by processing LTAMDS data. It also engaged and defeated an air-breathing cruise missile surrogate and a theatre ballistic missile surrogate through fire control of a Patriot Advanced Capability.
The company also integrated the developmental LTAMDS sensor into IBCS, which seeks to enhance battlespace awareness. The IBCS-enabled LTAMDS will replace existing Patriot radars when fielded in 2027.
IBCS is a command and control system designed to unify current and future assets in the battlespace, regardless of source, service or domain, Northrop Grumman claimed. Through its modular, open and scalable architecture, IBCS gives can fuse sensor data for a single actionable picture of the full battlespace to provide informed decisions for shooter optimisation.
Western armies continue to test uncrewed ground vehicles, but wider procurement will depend on turning ambitions for autonomy into defined operational roles and funded requirements.
Framework contracts and leasing options aim to shorten acquisition timelines, while manufacturing partnerships could help suppliers scale production to meet allied demand.
The US is pursuing multiple UGV programmes, from commercial robotic platforms to new autonomy technologies. The combination of these efforts could prove key to turning ambition into operational capability.
NATO is looking to artificial intelligence to provide integration between different C2 systems to create a common operational picture, potentially offering a faster route to interoperability than the slow-moving processes of NATO standards committees.
The large-scale exercise in Latvia was the culmination of three experimentation initiatives to see how platforms, weapons and systems could fit into the alliance’s Eastern Flank Deterrence Initiative. As well as forces, it brought together companies and equipment.
Canada plans to acquire at least 120 uncrewed aerial systems through two competitions with combined funding ceilings of C$32 million.