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首页> 外文期刊>Journal of Aerospace Sciences and Technologies >FROM FISHING BOAT TO FRIGATES: THE EVOLUTION OF A MULTI-MISSION MARITIME UAS
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FROM FISHING BOAT TO FRIGATES: THE EVOLUTION OF A MULTI-MISSION MARITIME UAS

机译：从渔船到护卫舰：多任务海上无人机系统的演变

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摘要

In 2001 Insitu completed the SeaScan Unmanned Aerial System prototype for the commercial fishing industry. This commercial customer required a small unmanned air vehicle for assistance in the identification and tracking of tuna schools. Key capability requirements were the ability to be launched and recovered at sea from a small fishing vessel, long range operations and a suitable payload capacity for sensors and necessary data links. The environmental challenges presented during maritime operations on a small fishing vessel demanded a high degree of engineering innovation and a requirement to continuously evolve the system to meet the needs of the commercial customer. This initial work undertaken during the development of the SeaScan underpinned the design and development of the ScanEagle and the larger Integrator UAS. This paper will cover some of the unique challenges presented to the Insitu design team and how these challenges were overcome to create the current generation of Insitu UAS that have now flown in excess of 650,000 combat hours and have been deployed on over 30 classes of maritime vessels across five western navies.
机译：Insitu在2001年为商业捕鱼业完成了SeaScan无人机系统原型。该商业客户需要一辆小型无人驾驶飞机来协助识别和追踪金枪鱼学校。关键能力要求是从小型渔船在海上发射和恢复的能力，远程操作以及对传感器和必要数据链路的适当有效负载能力。在小型渔船上进行海上作业时所面临的环境挑战，要求高度的工程创新，并要求不断发展该系统以满足商业客户的需求。在SeaScan开发过程中进行的最初工作为ScanEagle和更大的Integrator UAS的设计和开发提供了基础。本文将介绍向Insitu设计团队提出的一些独特挑战，以及如何克服这些挑战以创建新一代的Insitu UAS，该无人机现已飞行了超过650,000战斗小时，并已部署在30多种级别的海上船舶上跨越五个西方海军。

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