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EARLY ORBIT SPACE VEHICLE FAILURES - LESSONS

机译:早期航天飞机故障-经验教训

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This research aimed at finding Early Orbit Failures and learning lessons from them. The work was sponsored by the European Space Agency. Almost 900 failures and anomalies have been identified. Power, TTC, Propulsion subsystems seem to be improving; AOCS, Mechanisms, Communication Payloads seem to be getting worse. The most devastating failure types continue to be deployments - this is an enduring problem which causes maximum loss and is still not solved. A different approach is recommended. There is a large number of negligible-effect anomalies; but a worrying proportion which cause up to 25% loss - typically part of a payload is lost. Where causes are identifiable, human factors are in evidence - arising from poor decision making under cost/schedule pressure. Some recommendations to avoid this "project" problem are proposed.
机译:这项研究旨在发现早期轨道故障并从中汲取教训。这项工作是由欧洲航天局赞助的。已识别出近900个故障和异常。电力,TTC,推进子系统似乎正在改善; AOCS,机制,通信有效负载似乎越来越严重。最具破坏性的故障类型仍然是部署-这是一个持久的问题,会导致最大的损失,但仍未解决。建议使用其他方法。存在大量的可忽略的异常现象;但令人担忧的比例会导致高达25%的损失-通常会损失一部分有效负载。在可查明原因的地方,人为因素是明显的-是由于在成本/进度压力下做出的决策不力所致。提出了一些避免此“项目”问题的建议。

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