本篇論文主要目的為設計以gyroplane為主體的飛天車，同時擁有汽車般的陸地行走能力，重要概念為主旋翼回收應力分析，因此選用結構簡單的gyroplane為出發點，並使用能得到較好氣動特性的外形為飛天車的主要結構，同時執行旋翼升力的Fluent模擬，其最終目的希望能在短距離、不需要特定跑道的情況下直接穩定起飛，並能在空中以gyroplane的普通操作，達到短程或特殊用途的短程飛行，此飛天車應較傳統直升機及飛機更為安全，也是在設計過程中不可或缺的一環，最終則是對車輛的法規及輕航機的法規的探討，增加飛天車在特定用途的應用能力。

The thesis is about how to redesign a gyroplane into a car obtaining car’s maneuverability and fly ability. The main concept includes the stress analysis for folder system of main rotor. For the structure simplicity, gyroplane is our target obtaining a better Aero Runner shape for aerodynamics. The lift simulations are also accomplished in Fluent environment. In the results, the Aero Runner is redesigned from a gyroplane which can take off within a short distance. This will greatly helpful for some particular purposes under regulations. The Aero Runner will accomplish its application capability in special demands.

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