Simulation & Training
The Avionics Systems Trainer (AST) developed by Airborne and Space Systems Division, provides a unique training platform for first line avionics systems maintenance mechanics and technicians. Users are provided with an environment that simulates the cognitive processes involved with operating or maintaining any military fast jet or rotary wing aircraft such as Typhoon, F-16, Apache, Tornado or Hawk. AST is designed to enable students to...
For over two decades, Airborne and Space Systems Division has established itself as one of the leading specialists in the design and supply of computer-based aircraft diagnostic and corrective maintenance training solutions. Our aircraft computer-based maintenance training solutions help to reduce costs, increase operational capability and improve equipment reliability.
Airborne and Space Systems Division's VIR3x Image Generator System combines the highest performance and quality standards with an unprecedented simplicity and speed in scenario database preparation. Image richness and quality is dynamically enhanced automatically by the system.
The MARS Multimode Airborne Radar Simulator, is a software tool which provides a real-time computer simulation of the principal A/G and A/A radar modes of modern airborne pulse-doppler radars. Designed to be easily integrated into different flight simulators, the tool is currently in use in the Eurofighter Typhoon simulators for the European Typhoon consortium ASTA.
Unmanned Aerial Vehicles (UAVs) are expected to take an increasing role in existing and future operations. Military and security forces need to prove and validate new roles and applications. For this emerging need, Airborne and Space Systems Division offers the UAV BattleLab (UAVBL), a cost effective solution for multiple requirements.
The IAMT prepares technicians for type specific training on operational fast jet, multi-engined, or rotary wing aircraft such as Typhoon, F-16, Apache, Tornado, C130, A400M or Hawk.