Flight Simulator – SIM: This subsystem, in an immersive environment, will provide the user with a flight experience close to reality. It will allow for the instruction of procedures, lesson training and simulation of planned missions. The SIM is made up of a Flight Deck, an Instructor Station and a Mixed Reality Visual System, and has the capacity to communicate with the Mission Planning Subsystem (MPS) and the Debriefing Subsystem (DBS) to plan and analyze missions respectively.
Mission Planning – MPS: The MPS is a multi-platform computing tool, based on the “Luciad” geospatial engine, which will allow the generation of flight plans and the input of the flight plan to the aircraft's avionics.
Mission Debriefing – DBS: The DBS will synchronously reproduce flight parameters, audio and video from the HUD, for the purpose of performing post-flight analysis of each training mission, simultaneously presenting the 2D/3D flight, the HUD video and the data.
Flight Tracking – TRK: The TRK consists of a set of software and hardware tools that allow monitoring, from a ground station, the position of aircraft that are carrying out training flights anywhere in the national territory.
Instruction for Operators and Maintainers – SOM: The SOM corresponds to a CBT (Computer Based Training) type system, composed of hardware, software and methodologies that will allow the training, capacity building and instruction of operators and maintainers to be carried out.
Technical Order Management (SOT): The SOT allows for document management, to track, store, archive and organize electronic documents or images of paper documents. It will have the ability to keep a record of the different versions and modifications of the documents that are entered into the system.