首页> 外文会议>AHS Vertical Lift Aircraft Design Conference, Jan 19-21, 2000, San Francisco, CA >SoloTrek~(TM) XFV~(TM) (Exo-Skeletor Flying Vehicle) - An Inside Look
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SoloTrek~(TM) XFV~(TM) (Exo-Skeletor Flying Vehicle) - An Inside Look

机译:SoloTrek〜(TM)XFV〜(TM)(Exo-Skeletor飞行器)-内部外观

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Development work has been carried out on the optimization of a small ducted fan system for a personal sized VTOL aircraft. A simple and reliable method for transferring power from the aircraft's powerplant to the ducted fans has also been developed. A major focus of the effort has been the use of fixed-pitch fan blades and balancing their shortcomings versus benefits. Other areas of focus include methods used to maintain very high powertrain efficiencies and methods used to eliminate the effect of airloads and lifting loads on all dynamic powertrain components. Non-technical information is presented on the proposed solutions to these issues, pending further testing. In addition, based on the results of parametric ducted fan studies to date, several graphs which depict anticipated vehicle performance are also presented. The ducted fan system design is up-scalable, and an example of its integration into a proposed small two-man (or UAV/RPV) VTOL aircraft (platform) is also presented.
机译:已经针对个人大小的VTOL飞机优化小型管道风扇系统进行了开发工作。还开发了一种简单可靠的方法,用于将动力从飞机的动力装置传输到管道风扇。努力的主要重点是使用固定螺距风扇叶片并平衡其缺点与优点。其他重点领域包括用于保持非常高的动力总成效率的方法以及用于消除空载和举升载荷对所有动态动力总成组件的影响的方法。在解决这些问题时,将提供有关解决方案的非技术信息,有待进一步测试。此外,根据迄今为止的参数管道风机研究结果,还提供了一些描述预期车辆性能的图表。管道风扇系统的设计是可升级的,并且还提供了将其集成到拟议的小型两人(或UAV / RPV)VTOL飞机(平台)中的示例。

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