Comparing Different Approaches of Cleaning Space Debris

Space debris poses a significant and imminent threat to space operations, necessitating proactive measures for its removal. This research paper delves into an in-depth exploration of three distinct approaches to space debris mitigation: robotic grippers, ground-based lasers, and nets. Through a comprehensive literature review and rigorous analysis, this study examines the mechanics, advantages, challenges, and feasibility factors associated with each approach, including technological readiness, cost considerations, and the potential for international collaboration. While the study reveals promising outcomes for net-based approaches, it emphasizes the importance of a synergistic strategy that harnesses the strengths of multiple methods. Furthermore, this paper offers detailed technical insights, quantitative assessments, and diverse expert perspectives to enrich the overall analysis, providing a comprehensive understanding of the subject matter. In addition to the technical aspects, this research takes a holistic approach by considering broader factors such as policy implications, legal considerations, environmental impacts, and inherent limitations. By presenting a balanced perspective encompassing both the technical and socio-ethical dimensions, this paper contributes to a more informed discourse on addressing the escalating issue of space debris in orbit.