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Project Erinyes: AUVSI Student UAV Competition

机译:项目Erinyes:Auvsi学生无人机比赛

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The Project Erinyes team was assembled in late spring of 2003. The mission of the team has been to design, build, and test an Unmanned Combat Aerial Vehicle (UCAV). The conceptual UCAV will travel a total of 2,500 nautical miles (nm); 1,250 nm to location, loiter for approximately six (6) hours, drop a weapons payload of 8,000 pounds, and 1,250 nm return to base. Moving from this conceptual design a 1/8th scale prototype was then built. The 1/8th scale prototype was scaled to simulate the aerodynamic and stability and control characteristics of the conceptual. Project Erinyes was completed in conjunction with a capstone design course at Parks College, Saint Louis University. The design course outlines the process and the necessary steps in designing an aircraft. Starting with basic analysis, the process gets more refined as it progresses toward the final design. Basic steps begin with early research and investigation of MILSPECS, along with the fundamental design work. Eventually the team works towards more refined methods and wind tunnel testing. The avionics package for the control of the aircraft was also designed in conjunction with a similar design course in avionics engineering at the university. The utmost time and safety have been put in through construction and into the flight testing phases of development. The prototyped aircraft will be put through a rigid flight test program taking small steps to ensure the flight worthiness of the aircraft and to prove the original mission concepts of the conceptual aircraft.
机译:项目Erinyes团队在2003年春末组装。该团队的使命一直是设计,建造和测试一个无人行的战斗机(UCAV)。概念UCAV将共旅行2,500海里(NM); 1,250纳米到位置,占地大约六(6)小时,降低8,000磅的武器有效载荷,1,250 nm返回基地。从这个概念设计中搬出了一个1/8尺度的原型。扩大了1/8尺度原型以模拟概念的空气动力学和稳定性和控制特性。项目Erinyes与Saint Louis大学公园学院的Capstone Design课程一起完成。设计课程概述了设计飞机的过程和必要步骤。从基本分析开始,该过程更加精致,因为它对最终设计进行了进展。基本步骤从早期的研究和调查米尔公司开始,以及基本的设计工作。最终,团队致力于更精细的方法和风洞测试。控制飞机的航空电子产品封装也与大学航空电子工程的类似设计课程一起设计。最大的时间和安全已经通过建设和发展飞行测试阶段。原型飞机将通过刚性飞行试验计划,采取小步骤,以确保飞机的逃号并证明概念飞机的原始任务概念。

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