The study bridges a critical regulatory gap, ensuring that growing lunar activity remains safe and economically viable for both governments and commercial operators.
As lunar exploration accelerates, the accumulation of debris in cislunar space threatens both mission safety and long‑term commercial viability. While Earth‑orbit debris mitigation has mature guidelines from the UN and IADC, the unique environment of lunar orbit and the surface lacks comparable standards. The Artemis Accords have highlighted this shortfall, prompting signatory nations like Japan to seek concrete solutions that protect future access to the Moon and preserve the nascent cislunar economy.
ispace, a private Japanese firm with two successful lunar lander missions and a developing orbiter platform, is uniquely positioned to translate policy concepts into operational reality. The commissioned analysis will evaluate end‑of‑life orbit selection, passive de‑orbit techniques, and surface disposal methods such as burial or controlled impact. By testing draft recommendations against real mission architectures, ispace aims to identify technical constraints, cost implications, and potential for automation, offering a pragmatic roadmap for commercial operators seeking compliance without sacrificing performance.
The outcomes of this study are poised to influence international standards, offering a template for harmonized debris mitigation across Artemis partners. Standardized practices could lower entry barriers for emerging lunar service providers, streamline licensing, and reduce insurance premiums by mitigating collision risk. Ultimately, the collaboration between JAXA and ispace underscores a broader industry shift toward responsible space stewardship, ensuring that the Moon’s resources remain accessible for scientific, commercial, and diplomatic endeavors for decades to come.
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