Quantifying Uncertainty in Space Debris Capture with Active Tether-Net Systems Caused by Noisy Observations
arXiv:2606.07580v1 Announce Type: cross Abstract: As Low Earth Orbit has grown more crowded with space debris, the need for reliable and efficient debris removal solutions becomes more urgent. An active tether-net system with maneuverable units is one of the promising solutions to this problem, whose success is dependent on the robustness of the net maneuver and closing decisions. These in turn are impacted by the uncertainties attributed to i) noisy observation of the target debris state (e.g., sensing errors), and ii) imperfect simulations of the complex net dynamics and net/debris interacti
The growing volume of space debris in Low Earth Orbit necessitates immediate and efficient removal solutions, making research into active capture systems critical.
This research quantifies and addresses key uncertainties in advanced space debris removal technologies, which are vital for maintaining the functionality of space infrastructure and enabling future space economies.
The focus shifts from general concepts of debris removal to specific technical challenges and solutions for reliable autonomous capture, enhancing the feasibility of these complex systems.
- · Space agencies
- · Satellite operators
- · Aerospace defence contractors
- · Space insurance industry
- · Space debris proliferation
- · Risk of Kessler Syndrome
Improved reliability and operational success rates for active space debris removal missions.
Reduced operational risks and costs for satellite launches and maintenance in Low Earth Orbit.
Acceleration of space commercialization and exploration due to a safer and more sustainable orbital environment.
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