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Design and Verification of Take-off and Onboard Equipment Weight of Engine Fixed Wing UAV Enabling Short Observation Compared with Multi-copters

机译：发动机固定翼UAV的起飞和船上设备重量的设计与验证，与多层升降机相比

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Masazumi UEBA; Yosuke MAEDA; Shoichi KITAZAWA;
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1. Control System Design of a Vertical Take-off and Landing Fixed-Wing UAV [J] . Ferit ?AKICI, M. Kemal LEBLEB?C?O?LU IFAC PapersOnLine . 2016,第3期

机译：垂直起降固定翼无人机控制系统设计
2. Design, implementation, and verification of a low-cost terminal guidance system for small fixed-wing UAVs [J] . Yachao Yang, Chang Liu, Jie Li, Journal of Field Robotics . 2021,第5期

机译：用于小型固定翼无人机的低成本终端引导系统的设计，实施和验证
3. ONE ENGINE WITH TWO HEARTS BEING DESIGNED FOR LIGHT HELICOPTERS, UAVS AND FIXED WING [J] . Marino Boric Aircraft maintenance technology . 2016,第2期

机译：为轻型直升机，无人机和固定翼设计的带有两个心脏的一个引擎
4. A Guidance and Control Law Design for Precision Automatic Take-off and Landing of Fixed-Wing UAVs [C] . Dong Il You, Yeon Deuk Jung, Sung Wook Cho, AIAA guidance, navigation, and control conference . 2012

机译：固定翼无人机精确自动起降的制导律设计
5. Onboard Autonomous Controllability Assessment for Fixed Wing sUavs [D] . Duvall, Brian Edward. 2020

机译：固定翼苏凯斯的船上自主控制性评估
6. Preflight Contingency Planning Approach for Fixed Wing UAVs with Engine Failure in the Presence of Winds [O] . Bulent Ayhan, Chiman Kwan, Bence Budavari, 2019

机译：有风时发动机故障的固定翼无人机的飞行前应急计划方法
7. Experiences with Light Weight Fixed Wing Aerial Mapping UAVs [O] . W. Mayr 2014

机译：轻型固定翼航空测绘无人机的经验

Design and Verification of Take-off and Onboard Equipment Weight of Engine Fixed Wing UAV Enabling Short Observation Compared with Multi-copters

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