Electrically Driven VTOL Flying Car Designing and Aerodynamic Analysis

In this study, the design of electric powered VTOL Flying car was made in CAD program, and longitudinal, vertical lateral flight dynamics were examined aerodynamic analysis made. design, power propulsion systems flying car, avionic systems, security magnetic sensors, navigation landing take-off methods, requirement verification performance values determined. Our work for cars, which will soon start real-time flights, guide people institutions that produce field. A practical should be able to operate safely environmentally both public spaces air. For widespread adoption, it must fly without a qualified pilot as we know controller, have appropriate purchase operating costs. Being driver having license, certification processes are extremely difficult, is an important obstacle adoption process concept. The many different countries been design. Examination these has guiding creation detailed data on issues, context, care taken meet requested competencies common ground. order overcome procedures, platform with high autonomy designed thanks its subsystems well stable dynamics.