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Modular construction, scaled for the Moon. A coordinated effort between three inchworm arms and a rover to assemble a tower. This demonstration shows how modular robotic systems can collaboratively build the essential power and communication networks required for human presence. The lunar surface is our next worksite. Get on board:

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GITAI

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18,410 görüntüleme • 3 gün önce •via X (Twitter)

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BREAKING: NASA Administrator Jared Isaacman announces plans to build a PERMANENT U.S. base on the Moon—the plan rolls out in three phases: rover and tech deployments, semi-habitable infrastructure for astronauts, and ultimately a permanent human presence on the lunar surface. Isaacman called it “humanity’s first permanent surface outpost beyond Earth."
1:59

BREAKING: NASA Administrator Jared Isaacman announces plans to build a PERMANENT U.S. base on the Moon—the plan rolls out in three phases: rover and tech deployments, semi-habitable infrastructure for astronauts, and ultimately a permanent human presence on the lunar surface. Isaacman called it “humanity’s first permanent surface outpost beyond Earth."

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0:25

Japanese startup GITAI has developed a lunar robotic rover called R1 for exploration, mining, and maintenance work on the Moon. The rover successfully completed testing at JAXA’s Mock Lunar Surface Environment. R1 features dual robotic arms and demonstrated driving, obstacle clearance, and solar panel assembly during the tests, which were conducted in 2021.

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Since the initial design of the modular FLEX rover, Astrolab has focused on developing a mobility solution to meet the near- and long-term needs of the lunar economy. Use cases include everything from transporting large payloads on the lunar surface in lander-agnostic containers to deploying essential lunar infrastructure. Activities like rolling out cables are crucial for establishing and connecting alternative power sources on the Moon. For example, cable roll-out is key in the deployment and operations of fission power systems and other critical infrastructure. Early in rover development, we performed field tests of custom payloads that could support power and comms infrastructure, collect samples, and facilitate the use of lunar resources. These tests informed the development of our design to ensure FLEX is as “flexible” as possible.
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Since the initial design of the modular FLEX rover, Astrolab has focused on developing a mobility solution to meet the near- and long-term needs of the lunar economy. Use cases include everything from transporting large payloads on the lunar surface in lander-agnostic containers to deploying essential lunar infrastructure. Activities like rolling out cables are crucial for establishing and connecting alternative power sources on the Moon. For example, cable roll-out is key in the deployment and operations of fission power systems and other critical infrastructure. Early in rover development, we performed field tests of custom payloads that could support power and comms infrastructure, collect samples, and facilitate the use of lunar resources. These tests informed the development of our design to ensure FLEX is as “flexible” as possible.

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The next chapter of lunar exploration is closer than many realize. Later this year, we’ll begin robotic landings near the Moon’s South Pole, laying the foundation for a sustained human presence on the Moon. Tune in for our NASA Moon Base update this afternoon.
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Astrolab is gearing up to send its FLEX lunar rover to the Moon aboard a SpaceX Starship, marking a major step forward in lunar exploration. Roughly the size of an SUV, the rover is built to carry two astronauts while also being capable of remote operation from Earth. Designed for future missions, FLEX will play a key role in helping crews explore and navigate the Moon’s south pole, supporting both human presence and robotic operations on the lunar surface.

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Building the power grid for the Moon, starting in the desert. 🌒 Watch our #GITAI lunar rover assemble solar arrays in a simulated lunar field. Open positions ➡️
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Building the power grid for the Moon, starting in the desert. 🌒 Watch our #GITAI lunar rover assemble solar arrays in a simulated lunar field. Open positions ➡️

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“This isn’t just a mission — it’s the foundation for a permanent American presence on the Moon.” Astronaut Jerry Linenger: This launch sets the stage for lunar bases, new technology, and a sustained human presence beyond Earth. This is how you win the next frontier. #artemisII

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This little rover is packed up for a lunar journey! CADRE is a tech demo featuring three autonomous mini rovers. Without direct commands, they’ll carry out experiments on the Moon, take images of the lunar surface, and use radar to see what lies beneath.
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🇺🇸NASA is now committed to a permanent Moon base and will never again abandon the lunar surface. In a major rethink of the Artemis program, Jared has laid out a concrete three-phase plan: up to 15 robotic landers will first scout landing sites, followed by regular crewed visits every six months to build habitats for long-duration stays. The goal is sustained human presence on the Moon, not just flags and footprints. Source: The Economist
1:19

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Space robotics company GITAI built a 5-meter communication tower using lunar robots in a moon-like environment in 2024. The robots assembled, connected, and disassembled the structure. This proves they can handle construction tasks on the Moon.
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Space robotics company GITAI built a 5-meter communication tower using lunar robots in a moon-like environment in 2024. The robots assembled, connected, and disassembled the structure. This proves they can handle construction tasks on the Moon.

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Introducing Astrolab’s Crewed Lunar Vehicle (CLV-1), chosen by NASA to transport crew across the lunar surface and support the construction of a permanent lunar base. Adapted from our FLEX rover architecture reflecting NASA’s revised approach to lunar surface mobility, CLV-1 is designed to support astronaut operations, science activities, and cargo logistics on the Moon.
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Introducing Astrolab’s Crewed Lunar Vehicle (CLV-1), chosen by NASA to transport crew across the lunar surface and support the construction of a permanent lunar base. Adapted from our FLEX rover architecture reflecting NASA’s revised approach to lunar surface mobility, CLV-1 is designed to support astronaut operations, science activities, and cargo logistics on the Moon.

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We have awarded Astrolab with a lunar terrain vehicle award. Their Crewed Lunar Vehicle is a rover designed to transport astronauts and supplies across the lunar surface. This vehicle will be deployed to the Moon by 2028 through our commercial lunar payload services initiative.
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Moon science? Yes. Preparing for our long-term future in space? Also yes. ✅ ✅ The Artemis II lunar flyby mission will give humanity a new perspective on the Moon, and test the systems and technology that will eventually bring astronauts to the lunar surface to stay.

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