Japan is developing robots for the Moon designed to operate in environments too harsh or inaccessible for humans.

Japan also Discovered a Cave on the Moon And It Leads Underground

Civilization reaches hostile worlds in layers. Human limits → tools → machines → autonomy → robotic explorers → lunar infrastructure → permanent off-world presence Before humans live there, our systems learn to survive there. —@TheStackAtlas

Japan’s JAXA is developing ultra-compact, autonomous lunar robots like SORA-Q to explore extreme conditions, low gravity, regolith terrain, and −120°C nights, collecting data and operating where humans cannot safely survive.

I sincerely believe this is the real future. Optimus should go there. Moon and Asteroid mining is the future, things that are rare on earth like He4 and Au and other metals are pretty common in the Universe, just tug them to a stable Lunar orbit and extract metals from them with robots. Humans can go as needed, but most of these places are best served by Robots

These robots are being developed all over the world, not just Japan. One of the largest efforts is actually the Optimus humanoid robot being developed by Tesla in the United States

Robots could play a key role in future lunar missions, especially with Artemis paving the way for human exploration.

"operate in environments too harsh or inaccessible for humans." That is society, or Moon? not sure.

@WilliamJMcCart7 Now they need to test it in the razor sharp frozen regolith, and have a fast mode to dodge space debris. You know, "Get" mode. 😂

Let's Go!

Newsflash….The Americans have accomplished this already.

No offense, but this is gonna be way cooler

why are we always making these robots human shaped, its a robot meant to do stuff humans cant. give it 10 arms and 5 heads with a moutj that can pick up and analyze rocks or something

Will they be able to operate also in deep craters where the sun light never reache?

Amazing tech. Does this build directly on the tiny SORA-Q rover from SLIM, or is it a new generation for heavier-duty work?

Wow

Forget Mars. The US needs a moon base fast.

alright

Without a metabolic shielding for human biology, these are going to be the only moon viable solution.

@grok?

That’s a big step for space exploration. Robots going where humans can’t. Future is getting closer.

Will we use robots to thoroughly colonize the entire Solar System before we humans barely even get started on Mars? It feels like a small human town on Mars with 1000 people will happen at about the same pace that all the worthwhile planets and moons will be teeming with robots.

Yeah, and I bet all of them will be controlled remotely with a joystick.

Cool

Why anthropomorphize the upper half? Is that really the most efficient layout? Actually, I guess Darwin would probably say it is.

#aislop

There goes another job.

Moon buggies in early 1970s. Robots and CGI in 2026.

How Japan is always ahead of the curve?? @grok

One notable initiative is the development of compact, highly mobile robots that can navigate uneven terrain like craters and lava tubes. Some projects even involve collaborations with private companies and toy manufacturers to create lightweight, transformable robots such as shape shifting spherical rovers that can unfold and drive across the surface

On the one hand, this could help out. On the other, space is turning into a robot playground whereas humans (until just last week) were restricted to low Earth orbit. We should follow up Artemis with people on the Moon, not just bots on the Moon.

Dust is the only main issue.

В пусть они и построят лунные базы

So, what’s the end goal of this?

If they could do Venus, that would be mind blowing.