The Modular Military Vehicle Trainer (MMVT) is vehicle and RWS agnostic and can be produced in any combination of vehicle or RWS.
Advanced training analytics ensures high quality training coupled with superb analytics and focuses on an extremely short ‘plan-train-asses’ cycle.
MMVT modular design includes exact replicas of controls and switches for unmatched training realism with all possible combinations of vehicle interior and structure.
Cabins are designed as exact replicas of the vehicle crew’s working environment. Interiors are custom made according to specific customer needs and can match the interior of any ground wheeled vehicle and any remote weapon station.
Each MMVT is equipped with HVAC unit, military grade seats and communication simulation equipment . The controls and gauges are physically replicated or simulated on touch screens, depending on the customer needs.
Seated in enclosed, precisely replicated interiors, the driver, gunner, and/or commander are immersed in real-life 360° synthetic environments with a vast number of training scenarios.
The 3DOF / 6DOF motion platform realistically simulates dynamic vehicle movement with real-time vibration, and changing of angles and inclinations. This haptic feedback radically improves the perception of driving on a various terrain surfaces.
The MMVT functions as the driver-commander or driver-gunner station interchangeably. If needed to train a two rows vehicle setup, two trainers are connected in one network and run simultaneously in the same synthetic environment.
This ensures that all crew’s operational procedures such as driving, gunnery and commanding tasks are trained in the widest range of combinations.
Battlefield observation, target recognition and target selection, tactical decisions, crew commanding and communication.
Training of all operating procedures, including driving skills, terrain observation and tactical manoeuvring in different combat scenarios.
All gunner operating procedures from calibration, ammunition selection, target recognition, selection, acquiring and elimination.