Towards an engineering station for performing space-debris remediation by means of high-power laser radiation

Authors: J. Rodmann, Martin Divoký, Christoph Drengemann, Doris Grosse, Katja Grünfeld, D. Hampf, Laurent P. Jolissaint, Jürgen Kästel, Anton Kürten, Bente I. Larsen, Ivana Novak, Stefan Scharring
+5 more Michael Steinbatz, Catherine Y. Teisset, Andrea Di Mira, Tim Flohrer, Clemens Heese
Cited by: 0

Abstract

In this paper, we present an ongoing ESA Space Safety Programme activity called “Orbit Maintenance via Laser Momentum Transfer”, OMLET). The OMLET project is performing a Phase A/B1 study for the development of a Laser Momentum Transfer (LMT) Engineering Station. The Engineering Station, once built, will enable exten sive testing and in-orbit demonstrations in preparation for a future operational network of LMT station for laser based collision avoidance. Focus is given to the LMT Engineering Station as a system, explaining the various subsystems that are needed. Development needs for crit ical technology (e.g. laser sources, beam combination, AO correction of atmospheric effects) are identified. Fi nally, a preliminary concept of operations will be pre sented, followed by a discussion on legal and regulatory aspects for conducting LMT operations/services.

Fields of Study & Subjects

Space Satellite Systems and Control Space exploration and regulation Spacecraft Dynamics and Control

Publication details

Journal / source
ArODES (HES-SO (https://www.hes-so.ch/))
Publication date
6 January 2026
Language
EN