Musk reveals SpaceX’s latest blueprint: Launch the first batch of AI satellites next year, land on Mars within five years, and send tens of thousands of people to the Moon within ten years.

In a recent interview, Musk painted the market with SpaceX’s commercial imagination for the next decade: not only planning to deploy “space AI data centers” within two years to break the Earth’s computing bottleneck, but also setting an aggressive timetable to land on the Moon in as little as three years and reach Mars within five years.

Recently, in an interview segment of The Sean Hannity Show (Sean Hannity Show), guest-hosted by Texas Governor Greg Abbott, SpaceX founder Elon Musk disclosed in detail the company’s latest operating data, its business layout, and its vision for deep-space exploration in the coming decade.

As one of the highest-valued publicly unlisted companies in the world, SpaceX’s actual business scale has long been a focus of market attention. At the very start of the interview, Musk showed SpaceX’s industry dominance with a set of absolute figures: “Right now, SpaceX puts about 85% of the payloads on Earth into orbit.”

In addition to providing the Starlink network with high bandwidth and low latency to the world, and serving as the only NASA-certified U.S. commercial crew space provider, Musk presented investors with an even more grand and disruptive business story than traditional satellite launches.

Space computing: launch the first batch of AI satellites next year to escape Earth’s energy constraints

As the global AI arms race intensifies, land, power, and water resources are becoming physical bottlenecks that constrain data center expansion, and Musk has set his sights on outer space. This is one of the most incremental pieces of market information in this interview.

“I think the real way to expand computing capacity is in space. There’s a huge amount of room in space,” Musk said as he explained this business logic. “If you look at how big Earth is compared with the Sun—or compared with the solar system—you realize how tiny Earth is. We can only receive five billionths of the solar energy. You can think of Earth as a tiny speck of dust in a vast darkness.”

For the specific implementation nodes of space data centers, Musk gave clear guidance: “To expand computing power without exhausting Earth’s land, we need to do it in space. That way, you don’t need to consume space, electricity, and power on Earth. So, we’ll probably launch the first batch of AI satellites next year, and then achieve large-scale deployment in about two years.”

Full participation in shareholding: thousands of line workers have become millionaires

Behind the company’s rapid expansion, SpaceX’s equity incentive mechanism has also drawn market attention.

It had long been rumored that a $28-per-hour welder became wildly wealthy by holding company stock. In the program, Musk not only confirmed it, but also revealed an even larger scale of wealth creation.

“From day one, I’ve held this principle: Every employee of the company should receive company stock so they can share in the upside as the company’s value goes up.” Musk said. “When the company thrives, the company’s employees thrive as well. This is very beneficial for aligning goals.”

He further demonstrated the company’s wealth-creating capability to the market: “This isn’t just a story about a welder. We have a few thousand employees working on the production line who have become millionaires. If they joined the company relatively early, then their stock value may already be more than one million dollars by now.”

Interstellar colonization: “turning science fiction into reality”

For the Moon-landing and Mars plans that the market is most concerned about, although Musk’s timetables have been repeatedly pushed back in the past, in this interview he again provided extremely confident and aggressive performance guidance.

Regarding the construction of a lunar base, Musk expects that the first batch of astronauts will be sent to the Moon in as fast as two to three years.

“If everything goes smoothly, we might send the first batch of astronauts to the Moon within 2 to 3 years, and then start rapidly expanding from there. About 10 years later, there will be thousands of people on the Moon.”

His vision is not to build a simple research outpost, but a fully functional city: “In the end, we need to transport hundreds of thousands to tens of thousands of tons of supplies to the Moon—actually, it’s building a city on the Moon. People won’t only be able to live there permanently; they can even go on vacation. Imagine this: ‘Honey, this year let’s not go to Singapore. Let’s go to the Moon!’ That would be an amazing honeymoon trip.”

For Mars colonization, which is far more difficult than the Moon, Musk acknowledged that because Earth and Mars only have a suitable launch window once every 26 months, and the one-way trip takes 6 months, the challenge is greatly increased. But SpaceX still set a tight timeline.

“If everything goes smoothly, we’ll probably send the first batch of humans to Mars within 5 years,” Musk said at the end of the interview without hiding his ambition. “Then we’ll significantly increase the number of ships flying to Mars every two years. We hope that over 10 to 12 years, we can send thousands of people to Mars. We want to turn what people see in science fiction into reality—not leave it as fiction, but become a true space civilization that travels among the stars.”

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