Teething troubles with the IVAS headset have hampered the Squad Immersive Virtual Trainer project, but soldier feedback has been helpful in identifying the issues. (Photo: US Army)
The US Army is continuing a drive to transform its training capability, both individual and collective, through the development of the Synthetic Training Environment (STE), with the award of further development and production contracts for systems that will either replace existing equipment or provide new capabilities.
This process, however, is not going entirely smoothly.
The STE vision is for ‘a single, interconnected training system that provides a training environment in which units…conduct individual and collective training’. The aim is to deliver training at the point of need, with common data, common standards, a common terrain database and an open architecture.
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The service has shown an interest in a range of training solutions from individual to battalion levels and plans to award multiple contracts ahead of new programmes set to run from FY2024 to FY2031.
VirTra has unveiled the integration of VBS4 and BlueIG into its simulator systems with the aim of enhancing the capabilities of its technology for military training.
The company has also used its platform at I/ITSEC 2023 to announce a new partnership with the Switzerland-based firm EDMS.
SAMT, a laserless, plug-and-play mobile system, can incorporate small arms, anti-tank weapons, military vehicles and remote weapon stations.
For the first time CAE exhibited a digital F-16 cockpit integrated with the Simulators Common Architecture Requirements and Standards (SCARS) marking a major step forward in training equipment virtualisation.
Deploying several simulation solutions with different operating systems and programming languages has been a challenge for armed forces worldwide.
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