Erwin Mooij
Papers
2
Total Citations
5
H-Index
2
About
Erwin Mooij is a leading researcher in astrodynamics and space systems engineering, with a focused expertise in active space debris removal—a critical field addressing the growing threat of orbital debris to operational spacecraft. His work centers on the dynamics and control of tethered systems for debris capture and removal, as well as the development of evolving, adaptive attitude control strategies for chaser spacecraft. Notably, his 2016 study on tether dynamics for active debris removal (3 citations) provides foundational insights into the complex mechanical interactions required to safely capture and deorbit large debris objects. In his 2017 paper (2 citations), Mooij investigates an evolving systems approach to attitude control for a spacecraft tasked with retrieving Envisat, ESA’s defunct environmental satellite, using robotic arms and tentacles. His research directly supports ESA’s ambitious debris mitigation plans, offering practical solutions for stabilizing and controlling chaser vehicles during close-proximity operations. Mooij’s contributions are vital for advancing the safety and sustainability of spaceflight, making him a key figure in the effort to preserve the orbital environment for future generations.
Research Focus
Key Achievements
Top Papers
- 1Tether Dynamics Analysis for Active Space Debris Removal3 citations · 2016
- 2