Filippo Maggi

Papers

Total Citations

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About

Filippo Maggi is a leading aerospace engineer whose research focuses on space debris mitigation, advanced propulsion systems, and hybrid rocket technologies. His most impactful work addresses the critical challenge of orbital debris removal, where he has pioneered the use of hybrid propulsion modules for active debris mitigation. In his highly cited 2013 study, Maggi demonstrated how hybrid engines can efficiently de-orbit defunct satellites and rocket bodies, directly tackling the growing crisis of space congestion—where over 7,000 metric tons of artificial objects now orbit Earth, with 97% of cross-sectional mass concentrated in roughly 4,500 intact objects in low Earth orbit. His contributions have been recognized with over 75 citations for his flagship paper, underscoring its influence on space sustainability research. Maggi’s work bridges theoretical propulsion design with practical debris removal strategies, offering scalable solutions for future cleanup missions. His research not only advances aerospace engineering but also informs international policy discussions on orbital environment preservation. For students and researchers, Maggi exemplifies how innovative propulsion science can directly address one of the most pressing challenges in modern spaceflight.