Meet Olympus, a four-legged robot developed and built by Jørgen Anker Olsen, visiting PhD researcher from the Norwegian University of Science and Technology.
Mounted upside down to a floating platform at the European Space Agency’s ORBIT facility, Olympus gets to experience simulated microgravity in two dimensions, allowing Jørgen to better understand how the robot would move under conditions it was created for: the gravity on Mars, which is about 2.5 times weaker than Earth’s gravity.
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[Image description: This is a photo of a man standing in a laboratory-like setting, touching a robotic device equipped with four legs. The man is standing to the left of the robot. He is dressed in a white shirt and black pants, and he is wearing shoe covers and protective headphones. With his left hand, he is touching one of the robot’s legs, and in his right hand he is holding a red cable that is attached to the robot. The robot is made of black and grey metal and is the size of a dog. It is mounted upside down on a testing platform, with its legs extending up. Each leg consists of two limbs with a bending joint, connected at the bottom in a paw-like patch. The room is brightly lit, with light grey floor, a white wall on the left side and a dark blue banner displaying the European Space Agency logo on the right side.]