Orbital Debris Management Requires Linked Market Approach by 2026

The paper highlights the critical need to address orbital debris as a coupled operations-stability problem, not just a static inventory issue. The analysis of ESA and SpaceX data underscores the escalating collision risk in LEO, driven by increasing satellite deployments and the accumulation of inactive objects. The study emphasizes that orbital debris services will emerge from linked markets: compliance-led mitigation for new missions, end-of-life servicing, and remediation of legacy debris. NASA's benefit-cost analysis further supports the economic viability of active debris removal and improved conjunction analysis. The development of a reduced-order control framework for intervention ranking and market formation is crucial for prioritizing debris removal efforts and fostering a sustainable space environment. The separation between traffic peak and risk peak suggests that different mitigation strategies are needed for different altitudes. The high percentage of inactive objects indicates that active debris removal is essential for long-term sustainability. The linked market approach is crucial for creating a sustainable space economy.

*Transparency Footnote: The AI model's analysis is based on publicly available scientific research. No proprietary data or confidential information was used. The analysis aims to provide an objective assessment of the findings presented in the source document.*

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