In December 2021, the Japanese robotics company Gitai was testing its R1 rover, which was commissioned by Jaxa and intended to travel to the moon. A video released a few months later makes it possible to appreciate the device’s capabilities under realistic conditions that recreate the properties of the lunar regolith.
In parallel with the Artemis project, some space agencies are preparing with rovers for their next visit to the moon. This is the case Specialized in collaboration with a Japanese company , Gita. In September 2020, Jaxa announced that it was working with a private company to design. Allocated to carry out missions in space.
For this purpose, Gitai has developed a multifunction rover called R1. In December 2021, R1’s capabilities were tested under realistic conditions, on the surface reflecting the Moon’s plain and its specifications. In a video released in February 2022, the robot impresses with its fluidity and its capabilities. The rover can thus easily maneuver and change direction, overcoming natural obstacles or even collecting objects on the ground. The test took place at the Sakamihara campus in Japan.
The technology is amazing
The R1 is equipped with four legs, whose wheels, in many directions, allow the rover to quickly change its position. Testing demonstrates that the unit can overcome medium-sized obstacles and rocks when raising or lowering the rover’s trunk. Thanks to its mobility, it can climb even at rated slopes of 15 to 20 degrees.
The two obvious weapons placed on the front of the robot make it possible to carry out regolith collection operations on the ground. Grippers positioned at the end of the hands can be used to drop lunar dust samples into a container using a small spade, which is then sealed by the rover before storing it in a container. The arms, split into several parts, give R1 a wide range of motion. Controlled remotely by an engineer, the device makes precise and technical gestures: it can easily separate a bar from a set, move it, and use tools. Gitai expresses its knowledge by building its rover And a set of solar panels. R1 executes precisely the movements required for the assembly of the structure by screwing the support or adjusting the position of the solar panels.
Is R1 more efficient than man?
For the R1 rover, the impressive technological demonstration of December 2021 should confirm the Japanese space administration in its ambition for robotic missions to the moon. Under the rover’s video presentation, the Gita points out that the latter could quickly make its first turns in lunar dust by 2025.
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