Cubic tailors mortar simulator for the US Army
The company’s mortar trainer received improvements based on soldier’s feedback.
Acting on behalf of Army HQ, Defence Equipment and Support (DE&S) in the UK MoD is seeking to procure a modular, event-driven and fully data representative satellite simulator for use in design, development, integration, test and operation of space segment assets.
DE&S expects to receive at least ten proposals including submissions from SMEs. It will send out invitations to tender for an £800,000 ($1.09 million) contract in mid-February 2021.
The simulator, to be called ARTSIM, will be used in support of the Artemis programme to develop, test and launch a constellation of small low-Earth orbit satellites.
‘ARTSIM, as the baseline deliverable, will provide a set of generic default satellite configurations which can be used for the analysis of a range of mission operations and capability objectives,’ DE&S noted in a post on the EU tenders database.
It added: ‘The system must take a flexible, distributed architecture approach, providing for a range of spacecraft components to be simulated to a level of fidelity which can be determined by the team utilising the tool.’
ARTSIM also requires a high-quality graphical user interface and animations to visualise satellite and orbit configurations.
Simulation of satellite systems, subsystems and interfaces, in real-time and simulated time, will provide an operationally ready capability, which is able to represent a range of satellite implementations (including constellations) with a full range of orbit configurations.
Unveiled in 2019 with £30 million of MoD funding, Artemis was to help the UK achieve a sovereign space capability by fast-tracking the launch of a small satellite demonstrator within 12 months.
Although it missed this target, a Royal Air Force-led team (including SSTL, Airbus, Raytheon, the US government and launch provider Virgin Orbit) has been developing an operational capability demonstrator.
The company’s mortar trainer received improvements based on soldier’s feedback.
The company will operate in two new locations in the coming years to better support US services.
This type of tool provides more realistic training easing the incorporation of new scenarios that accurately represent the threats of the battlefield.
The Engineering Corps has been conducting individual instruction using FLAIM Systems’ Sweeper and should start collective deployments in 2025.
The next-generation platform is motion-compatible and can be used in OTW and NVG applications.
The system can be used to prepare soldiers for both drone offensive operations and CUAS missions.