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#hakuto — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #hakuto, aggregated by home.social.

  1. #China 🇨🇳 has four successful #Chang’e robotic landings.

    #Failures include #Hakuto-R 🇯🇵, #Beresheet 🇮🇱, #Luna 25 🇷🇺 and #Chandrayaan2 🇮🇳 (#Chandrayaan3 was successful).

    #SLIM 🇯🇵, #Odysseus and #Athena 🇺🇸 landed and communicated back to Earth, but all three toppled over after landing nytimes.com/interactive/2025/0

    #Moon #lander

  2. #China 🇨🇳 has four successful #Chang’e robotic landings.

    #Failures include #Hakuto-R 🇯🇵, #Beresheet 🇮🇱, #Luna 25 🇷🇺 and #Chandrayaan2 🇮🇳 (#Chandrayaan3 was successful).

    #SLIM 🇯🇵, #Odysseus and #Athena 🇺🇸 landed and communicated back to Earth, but all three toppled over after landing nytimes.com/interactive/2025/0

    #Moon #lander

  3. #China 🇨🇳 has four successful #Chang’e robotic landings.

    #Failures include #Hakuto-R 🇯🇵, #Beresheet 🇮🇱, #Luna 25 🇷🇺 and #Chandrayaan2 🇮🇳 (#Chandrayaan3 was successful).

    #SLIM 🇯🇵, #Odysseus and #Athena 🇺🇸 landed and communicated back to Earth, but all three toppled over after landing nytimes.com/interactive/2025/0

    #Moon #lander

  4. #China 🇨🇳 has four successful #Chang’e robotic landings.

    #Failures include #Hakuto-R 🇯🇵, #Beresheet 🇮🇱, #Luna 25 🇷🇺 and #Chandrayaan2 🇮🇳 (#Chandrayaan3 was successful).

    #SLIM 🇯🇵, #Odysseus and #Athena 🇺🇸 landed and communicated back to Earth, but all three toppled over after landing nytimes.com/interactive/2025/0

    #Moon #lander

  5. #China 🇨🇳 has four successful #Chang’e robotic landings.

    #Failures include #Hakuto-R 🇯🇵, #Beresheet 🇮🇱, #Luna 25 🇷🇺 and #Chandrayaan2 🇮🇳 (#Chandrayaan3 was successful).

    #SLIM 🇯🇵, #Odysseus and #Athena 🇺🇸 landed and communicated back to Earth, but all three toppled over after landing nytimes.com/interactive/2025/0

    #Moon #lander

  6. 2 more years.
    Yesterday #ispace 's #moonlanding of #resilience and #hakuto failed. One goal was a sample of moondust to sell it to #NASA, but only for self-collection. For 5k $, they say. This meant the first private #mining contract in #space. The plan: produce accomplished facts, a binding precedent.
    Now we have 2 more years to find new rules for space and to convince every player that we need those rules for the sake of a peaceful future and the security of our species.

  7. 2 more years.
    Yesterday #ispace 's #moonlanding of #resilience and #hakuto failed. One goal was a sample of moondust to sell it to #NASA, but only for self-collection. For 5k $, they say. This meant the first private #mining contract in #space. The plan: produce accomplished facts, a binding precedent.
    Now we have 2 more years to find new rules for space and to convince every player that we need those rules for the sake of a peaceful future and the security of our species.

  8. 2 more years.
    Yesterday #ispace 's #moonlanding of #resilience and #hakuto failed. One goal was a sample of moondust to sell it to #NASA, but only for self-collection. For 5k $, they say. This meant the first private #mining contract in #space. The plan: produce accomplished facts, a binding precedent.
    Now we have 2 more years to find new rules for space and to convince every player that we need those rules for the sake of a peaceful future and the security of our species.

  9. 2 more years.
    Yesterday #ispace 's #moonlanding of #resilience and #hakuto failed. One goal was a sample of moondust to sell it to #NASA, but only for self-collection. For 5k $, they say. This meant the first private #mining contract in #space. The plan: produce accomplished facts, a binding precedent.
    Now we have 2 more years to find new rules for space and to convince every player that we need those rules for the sake of a peaceful future and the security of our species.

  10. 2 more years.
    Yesterday #ispace 's #moonlanding of #resilience and #hakuto failed. One goal was a sample of moondust to sell it to #NASA, but only for self-collection. For 5k $, they say. This meant the first private #mining contract in #space. The plan: produce accomplished facts, a binding precedent.
    Now we have 2 more years to find new rules for space and to convince every player that we need those rules for the sake of a peaceful future and the security of our species.

  11. #iSpace #Hakuto-R MCC will contiuonulsy attempt to contact the lander, there will be a press event in a few hours but it sounds like they are ending the live stream without confirming the lander's status. It does NOT sound good. Here's the link to replay livestream

    youtube.com/live/BVSMXQPeTcw?f

  12. -R MCC will contiuonulsy attempt to contact the lander, there will be a press event in a few hours but it sounds like they are ending the live stream without confirming the lander's status. It does NOT sound good. Here's the link to replay livestream

    youtube.com/live/BVSMXQPeTcw?f

  13. #iSpace #Hakuto-R MCC will contiuonulsy attempt to contact the lander, there will be a press event in a few hours but it sounds like they are ending the live stream without confirming the lander's status. It does NOT sound good. Here's the link to replay livestream

    youtube.com/live/BVSMXQPeTcw?f

  14. #iSpace #Hakuto-R MCC will contiuonulsy attempt to contact the lander, there will be a press event in a few hours but it sounds like they are ending the live stream without confirming the lander's status. It does NOT sound good. Here's the link to replay livestream

    youtube.com/live/BVSMXQPeTcw?f

  15. #iSpace #Hakuto-R MCC will contiuonulsy attempt to contact the lander, there will be a press event in a few hours but it sounds like they are ending the live stream without confirming the lander's status. It does NOT sound good. Here's the link to replay livestream

    youtube.com/live/BVSMXQPeTcw?f

  16. After landing, the ispace RESILIENCE lander will have about 14 earth days (one lunar day) to complete its mission, before night falls, bringing darkness and brutally cold temperatures.

    Similar to other recent robotic landers, RESILIENCE is powered by solar cells and will not have sufficient energy storage to survive the lunar night.


    5/n

  17. After landing, the ispace RESILIENCE lander will have about 14 earth days (one lunar day) to complete its mission, before night falls, bringing darkness and brutally cold temperatures.

    Similar to other recent robotic landers, RESILIENCE is powered by solar cells and will not have sufficient energy storage to survive the lunar night.

    #Moon #Space #MoonLanding #HAKUTO #ispace
    5/n

  18. After landing, the ispace RESILIENCE lander will have about 14 earth days (one lunar day) to complete its mission, before night falls, bringing darkness and brutally cold temperatures.

    Similar to other recent robotic landers, RESILIENCE is powered by solar cells and will not have sufficient energy storage to survive the lunar night.

    #Moon #Space #MoonLanding #HAKUTO #ispace
    5/n

  19. After landing, the ispace RESILIENCE lander will have about 14 earth days (one lunar day) to complete its mission, before night falls, bringing darkness and brutally cold temperatures.

    Similar to other recent robotic landers, RESILIENCE is powered by solar cells and will not have sufficient energy storage to survive the lunar night.

    #Moon #Space #MoonLanding #HAKUTO #ispace
    5/n

  20. After landing, the ispace RESILIENCE lander will have about 14 earth days (one lunar day) to complete its mission, before night falls, bringing darkness and brutally cold temperatures.

    Similar to other recent robotic landers, RESILIENCE is powered by solar cells and will not have sufficient energy storage to survive the lunar night.

    #Moon #Space #MoonLanding #HAKUTO #ispace
    5/n

  21. Now streaming on youtube.com/watch?v=9sVj3TmAEL "ispace #HAKUTO-R Mission 2: Midterm Report" with live simultaneous translation into English

  22. Now streaming on youtube.com/watch?v=9sVj3TmAEL "ispace #HAKUTO-R Mission 2: Midterm Report" with live simultaneous translation into English

  23. Now streaming on youtube.com/watch?v=9sVj3TmAEL "ispace #HAKUTO-R Mission 2: Midterm Report" with live simultaneous translation into English

  24. Now streaming on youtube.com/watch?v=9sVj3TmAEL "ispace #HAKUTO-R Mission 2: Midterm Report" with live simultaneous translation into English

  25. Now streaming on youtube.com/watch?v=9sVj3TmAEL "ispace #HAKUTO-R Mission 2: Midterm Report" with live simultaneous translation into English

  26. And here is the confirmation (because the time given is identical) that #HAKUTO-R M2 is to be launched together with #BlueGhost on the same #Falcon9 to the Moon: ispace-inc.com/news-en/?p=6678 - the other mission is not mentioned at all, though, while NASA in turn hadn't mentioned HAKUTO-R in its launch date announcement ... how silly is this, please?

  27. And here is the confirmation (because the time given is identical) that #HAKUTO-R M2 is to be launched together with #BlueGhost on the same #Falcon9 to the Moon: ispace-inc.com/news-en/?p=6678 - the other mission is not mentioned at all, though, while NASA in turn hadn't mentioned HAKUTO-R in its launch date announcement ... how silly is this, please?

  28. And here is the confirmation (because the time given is identical) that #HAKUTO-R M2 is to be launched together with #BlueGhost on the same #Falcon9 to the Moon: ispace-inc.com/news-en/?p=6678 - the other mission is not mentioned at all, though, while NASA in turn hadn't mentioned HAKUTO-R in its launch date announcement ... how silly is this, please?

  29. And here is the confirmation (because the time given is identical) that #HAKUTO-R M2 is to be launched together with #BlueGhost on the same #Falcon9 to the Moon: ispace-inc.com/news-en/?p=6678 - the other mission is not mentioned at all, though, while NASA in turn hadn't mentioned HAKUTO-R in its launch date announcement ... how silly is this, please?

  30. And here is the confirmation (because the time given is identical) that #HAKUTO-R M2 is to be launched together with #BlueGhost on the same #Falcon9 to the Moon: ispace-inc.com/news-en/?p=6678 - the other mission is not mentioned at all, though, while NASA in turn hadn't mentioned HAKUTO-R in its launch date announcement ... how silly is this, please?

  31. 🛰️🌑 ispace (📷) a annoncé que l’assemblage, l’intégration et les tests du modèle de vol de la mission 2 (M2) d’ #Hakuto-R a commencé au centre spatial Tsukuba de la JAXA. Le décollage pour un atterrissage sur la #lune est prévu en 2024.
    #espace #exploration

  32. How #HAKUTO-R Mission 1 crashed onto the Moon because its software thought it was much lower than it really was: a slide from today's press conference youtube.com/watch?v=Owt2u9SJIb, more in twitter.com/cosmos4u/status/16 and a detailled description of the findings in the press release ispace-inc.com/news-en/?p=4691

  33. How #HAKUTO-R Mission 1 crashed onto the Moon because its software thought it was much lower than it really was: a slide from today's press conference youtube.com/watch?v=Owt2u9SJIb, more in twitter.com/cosmos4u/status/16 and a detailled description of the findings in the press release ispace-inc.com/news-en/?p=4691

  34. How #HAKUTO-R Mission 1 crashed onto the Moon because its software thought it was much lower than it really was: a slide from today's press conference youtube.com/watch?v=Owt2u9SJIb, more in twitter.com/cosmos4u/status/16 and a detailled description of the findings in the press release ispace-inc.com/news-en/?p=4691

  35. How #HAKUTO-R Mission 1 crashed onto the Moon because its software thought it was much lower than it really was: a slide from today's press conference youtube.com/watch?v=Owt2u9SJIb, more in twitter.com/cosmos4u/status/16 and a detailled description of the findings in the press release ispace-inc.com/news-en/?p=4691

  36. How #HAKUTO-R Mission 1 crashed onto the Moon because its software thought it was much lower than it really was: a slide from today's press conference youtube.com/watch?v=Owt2u9SJIb, more in twitter.com/cosmos4u/status/16 and a detailled description of the findings in the press release ispace-inc.com/news-en/?p=4691

  37. Pensava di essere ormai sulla superficie e invece era ancora a 5 km di altezza: a fare schiantare sulla #Luna il lander giapponese #HAKUTO-R è stato un malfunzionamento nel sistema che calcola l'altitudine
    ispace-inc.com/news-en/?p=4691