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Lunar exploration is set to be the main battleground for future competition among major nations. The development of lunar probes is characterized by high autonomy, top-level driving, and complex mission scenarios filled with many unknowns. This paper adopts a model-based systems engineering approach and utilizes SYSML to propose a comprehensive process for the design and validation of typical lunar probe mission scenarios. Special attention is given to the scenario of regional water resource collection, which is thoroughly modeled. Through digital simulation and analysis of simulation data, the reliability of the model-based systems engineering approach in the design phase of lunar probes is further verified, providing strong support and guidance for the implementation of future lunar exploration missions.

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Typical Mission Design and Scheme Demonstration for Lunar Probe Based on SYSML

  • 会议论文

  • 发表日期：

    2025年

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  • Wangbin Cao,
  • Jianhai Zhang,
  • Chenming Yao,
  • Wenqiang Yuan,
  • Haonan Yu,
  • Yaodong Wang

摘要

Lunar exploration is set to be the main battleground for future competition among major nations. The development of lunar probes is characterized by high autonomy, top-level driving, and complex mission scenarios filled with many unknowns. This paper adopts a model-based systems engineering approach and utilizes SYSML to propose a comprehensive process for the design and validation of typical lunar probe mission scenarios. Special attention is given to the scenario of regional water resource collection, which is thoroughly modeled. Through digital simulation and analysis of simulation data, the reliability of the model-based systems engineering approach in the design phase of lunar probes is further verified, providing strong support and guidance for the implementation of future lunar exploration missions.