We combine advanced simulation technologies with AI to deliver scalable and realistic training platforms that enhance decision-making, teamwork, skill development and mission preparedness in a controlled, immersive environment. We also integrated training analytics into our solutions to enable performance tracking and continuous improvement.
Our Tactical Vehicle Driving Simulator offers enhanced training for operators of the Higuard Mine-Resistant Ambush Protector. It features a complete simulation system built on an integrated, scalable architecture, allowing for easy networking to maximise individual and team-based multi-level mission training within a shared virtual environment.
This is a simulation system hosted on ruggedised computing equipment, integrating a virtual environment into the vehicle system to support driving, gunnery and crew mission simulation training.
In embedded training mode, crew stations can be switched to display virtual environments and scenarios on the vehicle’s display panels. This mode allows crew members to practice individual skills, engage in integrated crew training and rehearse missions, simulating real operations using the vehicle’s onboard controls.
Multiple trainers can be ‘embedded’ and networked to conduct higher-level training, such as team, platoon and Force-on-Force exercises.
Designed to meet industry operational and training needs, our Driver Training Simulation System delivers high-fidelity, realistic virtual training experience for various vehicle types. It reenacts real-world scenarios that drivers face on the road, providing a platform to hone driving skills, improve reflexes and reinforce adherence to safety protocols crucial for the safety of passengers and other road users.
We offer a wide range of training platforms tailored to different training objectives and budgets. The system is highly configurable, with multiple vehicle cabins that can be interchanged on a single trainer unit to optimise utility. Multiple simulators can also be linked, enabling fleet training within the same virtual environment.
Training across different vehicle types includes:
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