Lockheed, Saab win army training simulation contract
Lockheed Martin has won a US Army contract worth $288 million to modernise its live vehicle training capabilities, the company announced on 10 July.
Lockheed Martin will work with Saab to provide a modular training solution that combines multiple vehicle crew training systems into a single product line.
The system includes training kits of laser detectors and transmitters to equip military trucks, training weapons, and armoured vehicles. The new Instrumentable Multiple Integrated Laser Engagement System (I-MILES) Vehicle Tactical Engagement Simulation System (VTESS) programme will allow seamless integration with the army's existing MILES.
The I-MILES VTESS components - which draw on Lockheed Martin's SciosLive baseline - have been designed to make the system easier for soldiers to manage and operate in the field. Compared to the existing MILES Tactical Vehicle System, the Lockheed Martin system is smaller, lighter and features simplified components.
Sandy Samuel, Lockheed Martin vice president, training and simulation solutions, said: 'Through I-MILES VTESS, we are changing the way vehicle crews take part in training exercises with an open architecture system that is robust and simple to use. Together, these systems enable soldiers to conduct live, highly realistic force-on-force training with their existing platforms and weapons systems.'
Related Equipment in Defence Insight
More from Training
-
I/ITSEC 2024: Zeiss introduces Velvet 4K SIM projector for night flight simulation
The next-generation platform is motion-compatible and can be used in OTW and NVG applications.
-
I/ITSEC 2024: Saab introduces UAV live training capability
The system can be used to prepare soldiers for both drone offensive operations and CUAS missions.
-
I/ITSEC 2024: UK MoD awards Hadean a £20 million deal for innovative solutions
Hadean announced the deal and teaming arrangements with BAE Systems and Deloitte at I/ITSEC 2024 where it also displayed its Hadean Platform which is designed to offer scalable, realistic and high-fidelity simulations.