What are the key features of Rollin' Justin, the robot created by the German Aerospace Center?

Rollin' Justin is a 200-kilogram robot that can travel long distances on wheels, use cameras to navigate its surroundings, and carry out tasks like serving drinks. It has the potential to assist astronauts or individuals with physical limitations.

What is the purpose of Armar-6, the robot developed by the Karlsruhe Institute of Technology?

Armar-6 is a 1.9-metre-tall collaborative robot that can communicate with people and help them carry heavy loads, showcasing the potential for humanoid robots to work alongside humans.

Home / Technology / Rollin' Justin and Lola: Cutting-Edge Humanoid Robots Unveiled

Rollin' Justin and Lola: Cutting-Edge Humanoid Robots Unveiled

Q: How does Lola, the robot from the Technical University of Munich, differ from Rollin' Justin?

Lola is a nearly 1.8-metre-tall humanoid robot that can walk in unfamiliar environments and navigate unstable ground, demonstrating its adaptability and mobility.

14 Nov

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Summary

German Aerospace Center's 200kg robot Rollin' Justin can navigate and assist
Lola, a 1.8m tall robot from TU Munich, can walk on unstable ground
Armar-6, a 1.9m robot from Karlsruhe Institute, can help carry heavy loads

Rollin' Justin and Lola: Cutting-Edge Humanoid Robots Unveiled

In the past few years, German robotics institutes have made significant strides in developing advanced humanoid robots. As of November 14th, 2025, these cutting-edge creations are poised to assist astronauts and people with disabilities.

The German Aerospace Center's Institute of Robotics and Mechatronics in Oberpfaffenhofen has unveiled Rollin' Justin, a 200-kilogram robot that can travel long distances on wheels. Using cameras to navigate its surroundings, Rollin' Justin can avoid obstacles and carry out tasks such as serving drinks. This versatile robot could potentially be further developed to aid astronauts or individuals with physical limitations.

Another impressive humanoid robot is Lola, created by the Technical University of Munich. Standing nearly 1.8 metres tall, Lola can walk in unfamiliar environments and navigate unstable ground, showcasing its adaptability.