It was a very Kerbal landing technique they were attempting, got to respect them for attempting new things even when it's their first try at a lander.
Last I heard, speculation was that the solar panels were pointing to the west and so it might "wake up" again later in the Lunar day when the Sun gets past zenith. They landed in Lunar morning to maximize the usable duration of sunlight, so right now the panels would be pointed directly away from it.
After playing daily for about a month I could reliably launch without exploding and get into space. I made the mistake of watching videos online and seeing people landing on other planets and exploring and making transforming Gundam ships.
Kerbal landing technique? Like smashing into the surface max speed because you somehow managed to decouple your only engine due to poor preplanning? At least that's how I play it.
In this case, the landing legs were on the "side" of the probe. It was supposed to come down to a halt hovering right above the surface and then flop over onto them.
In a press conference officials at Japan's space agency JAXA confirmed SLIM is right now operating from its batteries and only has a few hours of power left.
In an attempt to keep the mission going, JAXA said it may turn off the batteries to reserve the probe's supplies, and switch them back on when sunlight is hitting the vehicle at a different angle.
Even if the probe doesn't last beyond the first day, JAXA says it has successfully executed the agency's first-ever soft landing, which is arguably the most difficult part of exploring the lunar surface.
Japan's first attempt ended in failure when ispace, a private company headquartered in Tokyo, crashed its Hakuto-R lunar lander last year in April.
Meanwhile, the first private, unmanned American Moon landing mission launched by Astrobotic on January 8 suffered a propellant leak as it was flying towards the natural satellite.
The ultimate goal of the SLIM mission was to test the accuracy of its lunar landing technology, and see whether it's possible to study the Moon in detail using smaller and lighter hardware.
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