It is aimed to use UAV Flight Test and Training Simulator (FTTS) which is composed of software and hardware components, unmanned aerial vehicles with fixed or rotating wings, in desired weather conditions as well as remote or platform for testing, analysis and training purposes. On the other hand, the actual flight data of the RPA/UAV will be tested and analyzed on the UAV FTTS.
Academic, commercial and personal studies, mostly on UAVs, are technology and cost-effective areas. However, in the production stage, it is seen that simulation tests are ignored in general or analysis of actual data is not visualized. In this case, it seems that substantial financial losses are experienced.
It is aimed to use UAV Flight Test and Training Simulator (FTTS) which is composed of software and hardware components, unmanned aerial vehicles with fixed or rotating wings, in desired weather conditions as well as remote or platform for testing, analysis and training purposes. On the other hand, the actual flight data of the UAV will be tested and analyzed on the UAV FTTS.
Academic, commercial and personal studies, mostly on UAVs, are technology and cost-effective areas. However, in the production stage, it is seen that simulation tests are ignored in general or analysis of actual data is not visualized. In this case, it seems that substantial financial losses are experienced.
