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Development of a Deployable Nonmetallic Boom for Reconfigurable Systems of Small Spacecraft

机译:用于小型航天器可重构系统的可展开非金属动臂的开发

摘要

In 2005, NASA commenced Phase 1 of the Modular Reconfigurable High Energy Technology Demonstrator (MRHE) program to investigate reconfigurable systems of small spacecraft. During that year, Lockheed Martin's Advanced Technology Center (ATC) led an accelerated effort to develop a 1-g MRHE concept demonstration featuring robotic spacecraft simulators equipped with docking mechanisms and deployable booms. The deployable boom built for MRHE was the result of a joint effort in which ATK was primarily responsible for developing and fabricating the Collapsible Rollable Tube (CRT patent pending) boom while Lockheed Martin designed and built the motorized Boom Deployment Mechanism (BDM) under a concurrent but separate IR&D program. Tight coordination was necessary to meet testbed integration and functionality requirements. This paper provides an overview of the CRT boom and BDM designs and presents preliminary results of integration and testing to support the MRHE demonstration.
机译:在2005年,NASA开始了模块化可重构高能技术演示器(MRHE)计划的第一阶段,以研究小型航天器的可重构系统。在这一年中,洛克希德·马丁公司的先进技术中心(ATC)加快了开发1-g MRHE概念演示的速度,该演示采用了配备了对接机制和可展开吊臂的机器人航天器模拟器。为MRHE建造的可部署吊杆是共同努力的结果,在该项目中,ATK主要负责开发和制造可折叠卷管(已申请CRT专利)吊杆,而洛克希德·马丁公司则在同时设计和建造了电动吊杆展开机构(BDM)但需要单独的IR&D程序。为了满足测试平台的集成和功能要求,必须进行严格的协调。本文概述了CRT繁荣和BDM设计,并提出了集成和测试的初步结果,以支持MRHE演示。

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