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Collision Avoidance Operations of DEIMOS-1 and DEIMOS-2 Missions

机译:DEIMOS-1和DEIMOS-2任务的避碰操作

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Deimos Imaging (Spain), a subsidiary of UrtheCast Corp. (Canada), owns two commercial Earth Observation (EO) missions, DEIMOS-1 and DEIMOS-2. Both missions fly on Sun-Synchronous Low Earth Orbit (LEO), in a range of altitudes from 600 to 650 km. This orbit environment is known for its high density of operational and non-operational objects, and thus an efficient Collision Avoidance (CA) procedure is of key importance to assure the survivability of each mission. Real collision threats usually happen once a year, but tens of other risky events have been studied since the beginning of each mission.This paper focuses on the Deimos Imaging's own suite of CA tools which support the full chain of CA procedures, from early detection, optimal maneuver computation and implementation, to post-event analyses, which includes maneuver calibration, propulsion system status and orbit change evaluation.
机译:加拿大UrtheCast公司的子公司Deimos Imaging(西班牙)拥有两个商业地球观测(EO)任务,即DEIMOS-1和DEIMOS-2。两次飞行任务都在太阳同步近地轨道(LEO)上进行,高度在600至650公里的范围内。该轨道环境以其高密度的作战和非作战物体而闻名,因此有效的防撞(CA)规程对于确保每个任务的生存能力至关重要。实际的碰撞威胁通常每年发生一次,但自每次任务执行以来,还研究了数十种其他风险事件。本文着重研究Deimos Imaging自己的CA工具套件,该套件支持从早期发现到完整的CA程序链。最优机动计算和实施,以进行事后分析,其中包括机动校准,推进系统状态和轨道变化评估。

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