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Aeronautics and Air Combat Simulation

Aeronautics has traditionally incorporated a large number of disciplines, most importantly flight mechanics, aerodynamics, structural mechanics, and propulsion. Militarily, several other disciplines, such as signature techniques and sensor and system integration, have today become almost as vital for the design of the aerial platform.

 

FOI’s aeronautical activities provide concerted air-operational evaluation and development, where aeronautical competence is maximized by pooling the competence of its divisions in other arenas. The studies and evaluations of aircraft- and weapon systems that FOI performs are enabled by this broad and diverse base of expertise. FOI’s aeronautical research and applied activities are mainly within the fields of design concepts, aerodynamics, flight mechanics, radar and IR signature analysis, and missile technology. These activities constitute a base for development of systems engineering capability, platform system interaction, and platforms analysis and related modelling techniques for performance analysis. Advanced software models and weapons modelling techniques are continually developed for use both in studies and simulator training, for example at the Air Force Combat Simulation Centre, FLSC, which is operated by FOI.

The primary objectives of FOI’s aeronautical activities are:

  1. to support the requirement of the Armed Forces and the Swedish Defence Materiel Administration for technical studies and simulation models;
  2. to perform research and development within aeronautics;
  3. to maintain and develop expert knowledge in the fields of aerodynamics, IR signatures, radar cross-section evaluations, and flight mechanics, to secure a system assessment ability;
  4. to constitute an industry-independent government authority in aeronautics.