仿生直升机-机器蜻蜓来了!

理解自然及其运作方式是科学的主要目的。它总是试图解释自然。因此，当科学家为了更好地研究或利用生物模型时，这并不奇怪。我们读了一篇关于Cyro；人造水母，最终将被用来收集信息，并通过记录有毒废物和石油含量等来维护海洋环境。

德国人已经以他们的汽车闻名;天啊天啊，他们知道怎么造车吗?但本文讨论的是德国科学家和工程师的另一项发明。德国有一家名为Festo的设计师和工程师公司。这家公司并不新，到目前为止已经能够制造机器企鹅、水母和鸟类。

公司也尊重自然的进化。他们最近的发明是BionicOpter;由遥控器控制的机器蜻蜓。史前的蜻蜓是一件很棒的设备。为什么?因为它是唯一能飞的人造设备，能够模仿飞机，滑翔机和直升机就机动而言。费斯托说;“机翼的倾斜决定了推力的方向。振幅控制可以调节推力的强度。当组合在一起时，遥控蜻蜓几乎可以在太空中占据任何位置。 This unique way of flying is made possible by the lightweight construction and the integration of functions: components such as sensors, actuators and mechanical components as well as open- and closed-loop control systems are installed in a very tight space and adapted to one another. With the remote-controlled dragonfly, we have demonstrated wireless real-time communication, a continuous exchange of information, as well as the ability to combine different sensor evaluations and identify complex events and critical states.’ One may only speculate of the uses this gadget will be put to, however it does seem like the perfect spy and might very well be used to scout areas without getting noticed.