小载荷轨道转移(SPORT/sup TM/)系统:降低发射成本而不增加风险

P. Gloyer, D. Goldstein
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引用次数: 0

摘要

过去十年,人们努力通过“少花钱多办事”来降低成本,而不是在特派团的设计和执行方式上进行创新变革。现在,该行业正在转向更智能的任务设计方法。AeroAstro公司开发了小型有效载荷轨道转移(SPORT/sup TM/)系统,以提供灵活的低成本轨道转移能力,使小型有效载荷能够使用低成本的二次发射机会,并仍然达到预期的最终轨道。这使得小型有效载荷能够有效地利用更广泛的发射机会,包括许多未充分利用的地球同步转移轨道(GTO)槽。它的使用,加上越来越多的二次发射机会,通过创新的任务设计和更低的成本进入太空,实现“更好、更便宜、更快”的任务,而不是增加风险。SPORT采用了一套创新技术,这些技术被封装在一个简单、可靠的模块化系统中。SPORT通过化学推进和航空制动技术的结合来实现其轨道转移能力。本文讨论了SPORT设计及其在小卫星整体任务研制中的应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Small payload orbit transfer (SPORT/sup TM/) system: lowering launch cost without increased risk
The past decade has seen efforts to lower costs by "doing more with less", instead of making innovative changes in the way missions are designed and implemented. Now, the industry is turning towards more intelligent approaches to mission design. AeroAstro has developed the Small Payload ORbit Transfer (SPORT/sup TM/) system to provide a flexible low-cost orbit transfer capability, enabling small payloads to use low-cost secondary launch opportunities and still reach their desired final orbits. This allows small payloads to effectively use a wider variety of launch opportunities, including numerous under-utilized geosynchronous transfer orbit (GTO) slots. Its use, in conjunction with growing opportunities for secondary launches, enables "better, cheaper, faster" missions through innovative mission design and lower cost access to space, not increased risk. SPORT uses a suite of innovative technologies that are packaged in a simple, reliable, modular system. SPORT achieves its orbit transfer capability through a combination of chemical propulsion and aerobraking technology. This paper discusses the SPORT design and its application to overall small satellite mission development.
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