German Aerospace Center (DLR) & HIT
The German Aerospace Center (DLR) is Germany's national research center for aeronautics and space, with its Robotics and Mechatronics Center (RMC) serving as the competence center for robotics and mechatronics research and development. DLR develops advanced robotic systems for space exploration, planetary missions, autonomous humanoid robots, and human-robot interaction to enable safer and more efficient environmental interaction. Key focuses include mechatronic integration, AI, control systems, and applications in aviation, space robotics, and terrestrial tasks.
💡Notable Achievement: DLR's Robotics and Mechatronics Center developed Agile Justin, one of the world's most advanced two-armed mobile humanoid robots with 53 degrees of freedom, using Model-Based Design with MATLAB and Simulink for complex control algorithms and real-time operation.
German Aerospace Center (DLR) & HIT Robots
Showing 2 models
DLR-HIT Hand II
By: German Aerospace Center (DLR) & HIT
Launched: 2009
The DLR-HIT Hand II is a highly integrated, five-finger dexterous robot hand developed through a collaboration between DLR and HIT. It serves as a more compact, lighter, and more powerful successor to the DLR-HIT Hand I. Each of its five modular fingers features four joints and three active degrees of freedom, with all actuators, high-speed communication electronics, and multisensory systems integrated directly into the finger and palm. This design allows for complex telemanipulation and autonomous grasping, famously winning the IF-Product Design Award in 2009 for its seamless mechanical integration.
DLR-HIT Hand
By: German Aerospace Center (DLR) & HIT
Launched: 2004
The DLR-HIT Hand, jointly developed by DLR and HIT based on DLR Hand II, features four identical fingers (one as opposing thumb) with four joints each, enabling human-like motor functions for fine manipulation and power grasping. It integrates brushless DC motors, joint torque/angle sensors, and FPGA-based communication in a compact design for medium-cost applications. Recognized worldwide as technologically leading, it mounts easily to robot arms with multisensory capabilities for dexterous tasks.
Frequently Asked Questions
Expert answers about German Aerospace Center (DLR) & HIT
Q:What is the main focus of DLR's Robotics and Mechatronics Center?
A: The RMC is DLR's competence center for robotics and mechatronics, developing systems for space exploration, autonomous robots, human-robot interaction, and applications in aeronautics and planetary missions through interdisciplinary integration of mechanics, electronics, control, and AI.
Q:What is Agile Justin?
A: Agile Justin is an advanced two-armed mobile humanoid robot developed by DLR's RMC with 53 degrees of freedom, capable of learning, interacting with environments, and performing complex manipulation tasks alongside humans using Model-Based Design.
Q:What are DLR's key areas in space robotics?
A: DLR develops robotic systems for planetary exploration, satellite maintenance, on-orbit services, space debris removal, and astronaut assistance, including complex arm/hand systems, perception algorithms, and human-robot interfaces.
Q:Where is the Institute of Robotics and Mechatronics located?
A: The Institute of Robotics and Mechatronics, central to the RMC, is located in Oberpfaffenhofen, Germany, and focuses on mechatronic components, intelligent control, perception, and autonomous systems for Earth and space.
Q:What technologies does DLR use for robot development?
A: DLR employs Model-Based Design with MATLAB and Simulink for modeling controllers, code generation for HIL testing and real-time operation, trajectory optimization, sensor calibration, and advanced algorithms for autonomy and cognition.
Q:What are some current projects at DLR's RMC?
A: Current projects include Kontur-2 for telepresent-controlled robots and rovers in planetary exploration, IntelliMan for efficient learning in robot manipulation, and research on cognitive robotics and autonomy.
Q:How does DLR contribute to hydrogen propulsion in aviation?
A: As part of its hydrogen research, DLR investigates converting aircraft fleets to hydrogen propulsion, alongside robotics for efficient, low-emission electric systems and uncrewed aerial systems.
Q:What departments exist in the Institute of Robotics and Mechatronics?
A: Key departments include Mechatronic Systems, Analysis and Control of Advanced Robotic Systems, Autonomy and Teleoperation, Perception and Cognition, Cognitive Robotics, and Institute Development and Central Management.
Q:Is DLR involved in lunar or planetary missions?
A: Yes, DLR develops highly autonomous robotic systems for Moon and planetary missions, including surface exploration rovers, teleoperation, and on-site assistance for scientific objectives.
Q:How does DLR integrate AI in its robotics research?
A: DLR incorporates artificial intelligence in key areas like autonomous systems, perception, cognition, intelligent control, and learning methods for manipulation, enabling robots to interact effectively in complex environments.
💡Expert Info: Compiled from verified manufacturer data and official sources. Data verified directly from official channels. For current specs, contact German Aerospace Center (DLR) & HIT directly.