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  • TUM School of Engineering and Design
  • Technical University of Munich
Technical University of Munich
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  • Archived Research
    • Robotic Operations
      • RacoonLab
      • Geriatronics
      • CopKa
        • Satellite communication
        • Teleoperation
        • Operational concept
      • SAINT
      • Completed Projects
        • LISA
        • FORROST
        • Space Mechanism
        • LINKA
        • Third Eye
    • Exploration Technologies
      • AllBert EinStein
      • ALPHA
      • BLTAS
      • Lunar Volatiles Scout
      • PROSPECT & PROSPECT Science Team
      • TherMoS
      • Micrometeoroids II
      • Micrometeoroids I
      • Development of particle launchers
      • V-Hab
      • LiSTOT
      • Completed Projects
        • MARVIN
        • LUISE & LUISE-2
        • LUISE-2
    • Satellite Technology
      • CubeSats
        • First-MOVE
        • MOVE-II
        • MOVE-III
      • Spacecraft Mechanisms
      • Satellite Communications and Operations
        • MFG
      • Concluded Projects
  • Publications
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    • Student Theses
    • Publications
  • Alumni
  • Fascination of astronautics
    • Informationen zur ESA Astronautenauswahl 2021
    • Wie wird man Astronaut?
    • ESA Astronaut Selection Campaign 2008
    • Aus dem D-2 Tagebuch von Ulrich Walter
    • Milestones of Astronautics
    • Prof. Harry Oskar Ruppe
    • Stars and Cosmos
  1. Home
  2. Archived Research
  3. Robotic Operations

Robotic Operations

On-Orbit Servicing and Space Debris Removal missions require a level of system flexibility of which autonomous systems are not yet capable. Such missions will therefore be initially realized in Real Time Teleoperation.

The Institute of Astronautics investigates and develops technologies in the fields intersatellite communications, human-machine interaction, and systems simulation, in order to be able to realize such missions in the future.

The current research consists of the Robotic Attitude Control and On-Orbit Navigation Lab (RACOON Lab) and Geriatronics, as well as the application research on teleoperative copter over Ka-band satellite for fire fighters (CopKa) and SAINT.

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Chair of Astrodynamics

Prof. Dr. Marcello Romano

New site address: 
Willy-Messerschmitt-Str. 11,
82024 Taufkirchen 
Germany

Old site address: 
Boltzmannstr. 15, 
85748 Garching, Germany

marcello.romano(at)tum.de

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