R&T CENTRE
DLR Institute of Robotics and Mechatronics
The Institute of Robotics and Mechatronics [Institut für Robotik und Mechatronik] is a core research facility within the German Aerospace Center [Deutsches Zentrum für Luft- und Raumfahrt]. It focuses on the design and control of complex robotic systems that interact with their environments. The organisation addresses the technical challenges of autonomous space exploration, satellite servicing, and the development of intelligent tools for hazardous terrestrial environments, aiming to bridge the gap between abstract control theory and physical hardware implementation. Its research portfolio includes high-performance humanoid robots, lightweight arms, and orbital maintenance systems. The institute operates closely with the European Space Agency [Agence spatiale européenne] and various industrial partners to deploy technology on the International Space Station [Internationale Raumstation]. Notable internal developments include the Justin humanoid platform and the Light-Weight Robot [Leichtbauroboter], the technology for which was eventually transferred to commercial industry for medical and industrial applications. As a long-established public research body, the institute provides high-level academic and technical expertise rather than commercial off-the-shelf products. Prospective partners should verify the specific Technology Readiness Level of individual lab prototypes, as these range from fundamental research to mission-ready flight hardware. Collaboration typically occurs through structured European research frameworks or direct industrial contracts for specialised robotic subsystems.
- TYPE
- R&T Centre
- COUNTRY
- Germany
- FOCUS
- Aerospace robotics and mechatronic systems
- STAGE
- Institute
About
The Institute of Robotics and Mechatronics [Institut für Robotik und Mechatronik] is a core research facility within the German Aerospace Center [Deutsches Zentrum für Luft- und Raumfahrt]. It focuses on the design and control of complex robotic systems that interact with their environments. The organisation addresses the technical challenges of autonomous space exploration, satellite servicing, and the development of intelligent tools for hazardous terrestrial environments, aiming to bridge the gap between abstract control theory and physical hardware implementation. Its research portfolio includes high-performance humanoid robots, lightweight arms, and orbital maintenance systems. The institute operates closely with the European Space Agency [Agence spatiale européenne] and various industrial partners to deploy technology on the International Space Station [Internationale Raumstation]. Notable internal developments include the Justin humanoid platform and the Light-Weight Robot [Leichtbauroboter], the technology for which was eventually transferred to commercial industry for medical and industrial applications. As a long-established public research body, the institute provides high-level academic and technical expertise rather than commercial off-the-shelf products. Prospective partners should verify the specific Technology Readiness Level of individual lab prototypes, as these range from fundamental research to mission-ready flight hardware. Collaboration typically occurs through structured European research frameworks or direct industrial contracts for specialised robotic subsystems.