飞行汽车的出现得益于新能源、轻量化、垂直升降等技术的长足发展。飞行汽车的技术发展将会呈现出这样一些趋势：

    一是自动驾驶。驾驶飞机可不像开车那么简单，同样，驾驶飞行汽车也不是每个人都能掌握的本领。而人为因素带来的危险更是难以估计，因此，自动化驾驶的飞行汽车成为行业发展的必然，简单的操作也更有利于该技术向社会普及。

    二是整机模块化设计。飞行汽车的设计大多存在机翼，特别占用空间，而模块化的设计则是将整个机器分为地面模块和飞行模块，将无人机和小汽车完美结合以节约空间，为解决空间不足问题提供了很好的方案。

    三是垂直升降。按照起降方式，飞行汽车可以分为滑行跑道起降和垂直起降两种模式。目前研发的方向主要是针对城市空中交通的场景，而滑行跑道对空间有所要求，因此垂直起降成为未来飞行汽车的主攻方向。

    英文版

    English version

    The emergence of flying cars benefited from the rapid development of new energy, lightweight, vertical lift and other technologies. The technological development of flying cars will show such trends:

    One is autonomous driving. Flying an airplane is not as simple as driving a car. Similarly, driving a flying car is not a skill that everyone can master. The dangers caused by human factors are even more difficult to estimate. Therefore, the development of autonomous flying cars has become an inevitable development of the industry, and simple operations are also more conducive to the popularization of this technology to society.

    The second is the modular design of the whole machine. Most flying cars are designed with wings, which take up space. The modular design divides the entire machine into ground modules and flight modules. The drone and the car are perfectly combined to save space and provide a solution to the lack of space. A very good plan.

    The third is vertical lifting. According to the way of take-off and landing, flying cars can be divided into two modes: taxiing runway take-off and landing and vertical take-off and landing. The current research and development direction is mainly for urban air traffic scenarios, and taxi runways have requirements for space, so vertical take-off and landing will become the main direction of future flying cars.（图文仅供参考侵删/飞行汽车  www.feiauto.com）

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