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Terrestrial Unmanned Roving Vertical Take-off and Landing (TURVTOL)

机译:陆地无人驾驶垂直起飞和着陆(Turvtol)

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As the uses for autonomous rovers and drones has increased with their variability and utility, a fundamental gap has emerged - one which melds multi-modal capabilities into a singular unit. This project aims to fill that gap with the introduction of a multi-modal unmanned vehicle concept that can traverse ground quickly, hop or fly over obstacles and hazardous areas, and operate without the use of GPS or a human in the loop. The 2020 NASA Academy at Langley has developed a first iteration conceptual design of such a vehicle. This design has proven to be feasible through analyses confined to simulated environments.
机译:随着自主流动率和无人机的用途随着变化和效用而增加,出现了基本缺口 - 将多模态能力融入一个奇异的单位。 该项目旨在利用引入多模态无人驾驶车辆概念来填补这种差距,可以快速地遍历,跳跃或飞过障碍物和危险区域,并在不使用环路中使用GPS或人类。 兰利2020年美国宇航局学院开发了这种车辆的第一次迭代概念设计。 通过局限于模拟环境,该设计已被证明是可行的。

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