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RESPONSIVE, ON-DEMAND SMALL SATELLITE CONSTELLATION LAUNCHES FROM THE STRATOSPHERE: AN OPPORTUNITY FOR THE EUROPEAN LAWMAKER

机译:来自平流层的响应型按需小型卫星星座发射:欧洲律师的机会

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One saying goes: The United States innovates, China copies, Europe regulates. This is certainly not entirely true, but docs reflect the climate for entrepreneurs in Europe. The advantages of innovating in Europe arc certain and the demand is real. Projects for dedicated small satellite launch vehicles to effectively build constellations arc flourishing on the continent, from air-launch scenarios using a standard airplane, to one-stage-to-orbit small rockets. One scenario, called bloostar by zcro2infinity, involves first launching a balloon from a ship, then igniting a rocket at 20km altitude. Apart from the technical and financial challenges of getting such projects off the ground for private actors in Europe, one of the defining challenges of these projects is legal. While regulation is responsive, in this case, some regulation and decision-making will be asked of the European regulator before the satellites get launched, especially in terms of launch licenses, insurance requirements and frequency regulations. The position adopted by European States and the European Commission on these issues have the potential to make or break certain projects. It also gives rise to the possibility for some of these actors to relocate to clearer skies, or shall we say, more permissive skies, taking with them the market and the high-tech jobs. This paper will especially focus on the launch vehicles expected to put into orbit small satellite constellations. If allowed, or even encouraged, the multiplication of actors in this field will have a certain number of consequences: - rise in the number of satellites in orbit (space debris guidelines, de-orbiting regulations) - routine launches to Space from small vehicles able to operate from tarmacs or from the high sea (decrease of the risk of space activities, due to smaller vehicles, but increase in the risk of having uncontrolled actors) - small companies teaming with other small companies or universities to make access to Space low-cost (current license and insurance requirements may be disproportionate). These will be detailed in the paper, together with recommendations for the European regulator on how to take advantage of this market trend to contribute to the competitiveness and international commercial strength of the continent.
机译:俗话说:美国创新,中国抄袭,欧洲规范。当然,这并非完全正确,但是文档反映了欧洲企业家的气候。在欧洲创新的优势是可以肯定的,而且需求是真实的。从使用标准飞机的空中发射情景到单阶段到轨道的小型火箭,在非洲大陆上有效建造星座专用小型卫星运载火箭的项目正在蓬勃发展。一种场景,被zcro2infinity称为bloostar,涉及首先从船上发射气球,然后点燃20公里高度的火箭。除了在欧洲为私人参与者启动此类项目带来的技术和财务挑战外,这些项目的主要挑战之一是法律。尽管监管是敏感的,但在这种情况下,在卫星发射之前,将要求欧洲监管机构进行一些监管和决策,特别是在发射许可证,保险要求和频率法规方面。欧洲国家和欧洲委员会在这些问题上采取的立场有可能使某些项目成败。这也使其中一些参与者有可能搬迁到更晴朗的天空,或者可以说是更宽松的天空,从而带走了市场和高科技工作。本文将特别关注有望进入轨道的小型卫星星座的运载火箭。如果允许,甚至鼓励,这一领域的行动者的繁衍将产生一定数量的后果:-轨道上卫星数目的增加(空间碎片准则,去轨道规则)-能够从小型运载工具向太空常规发射在停机坪或公海进行操作(由于较小的车辆,减少了空间活动的风险,但增加了不受控制的行为者的风险)–小公司与其他小公司或大学合作,以降低进入太空的机会,费用(当前许可和保险要求可能不成比例)。本文将详细介绍这些内容,并为欧洲监管机构提供有关如何利用这一市场趋势来提高非洲大陆竞争力和国际商业实力的建议。

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