SpaceX's New Major Plan to Land Starship on the Moon after China...
SpaceX's New Major Plan to Land Starship on the Moon after China...
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SpaceX's New Major Plan to Land Starship on the Moon after China...
While China’s been making big moves with its lunar program, especially by collecting valuable samples from recent missions, NASA and SpaceX are stepping up their game, doing everything they can to get humans back on the Moon as soon as possible.
With SpaceX involved, especially with their Starship rocket, there’s no way the U.S. is going to let China take the lead in this new space race. So why am I so confident about that?
And what bold strategies are NASA and SpaceX using with Starship to make a return to the Moon happen despite all the progress China has made?
Let’s find out on today’s episode of Alpha Tech:
SpaceX's New Major Plan to Land Starship on the Moon after China...
Will the next human to walk on the Moon speak English or Mandarin?
Between 1969 and 1972, a total of 12 Americans set foot on the lunar surface. Now, both the United States and China are preparing to send humans back to the Moon within this decade.
However, before we can answer that question definitively, we need to take a look at what China and NASA have achieved in lunar exploration so far.
Starting with China:
One of China’s most groundbreaking achievements has been the successful exploration of the far side of the Moon—a feat no other nation had accomplished before. The Chang’e 4 mission, launched in 2018, became the first to land a spacecraft on the Moon’s far side. Its rover, Yutu-2, traveled across the Von Kármán crater, collecting invaluable geological data and capturing images of a region that remained a mystery for decades due to its inaccessibility from Earth.
SpaceX's New Major Plan to Land Starship on the Moon after China...
Beyond surface exploration, China has also carried out sample-return missions. For example, the Chang’e 5 mission brought back rock and dust samples from the Moon’s surface in 2020. These samples were taken from geologically younger areas, offering fresh insights into more recent volcanic activity that had not been observed in the older Apollo-era samples.
A follow-up mission, Chang’e 6, recently collected the first samples ever retrieved from the far side of the Moon, further expanding the global scientific community’s access to the Moon’s diverse materials.
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