Musk's Lunar Obligations

Today, just about everybody understands that Elon Musk’s greatest dream is to establish a permanent human colony on the planet Mars. Obviously, it is a gargantuan proposal, and many people are claiming that it is utterly impossible.

For starters, Musk can’t just jump in and attempt it immediately. Right now, we are in an intense race with China to send American astronauts to the Moon’s south pole to claim the limited strategic high spots with 24/7 daylight for power generation and ice-bearing craters to provide water. We cannot allow China to hog them up and shut us out. We must secure them first.

Before even considering Mars, Musk must work on our Moon Colony—an essential base only three days away that can provide helium 3 and other needed resources.

Working on the Moon can also provide needed experience building habitats in a convenient location before attempting to conquer the much more difficult Mars challenges.

So far, Musk’s rocket developments are well ahead of China’s. He has a solid lead to beat China in claiming the choice spots to build an American base and research center on the Moon’s south pole. That does not mean SpaceX can rest on its laurels. It needs to build and test specialized craft specific for the world’s first lunar outpost. We will need to build landing facilities, habitats, roads, rovers, power stations, communication centers, material processing plants, and fuel storage facilities. Electric earthmoving equipment must be brougth in to prepare building sites and bury habitats and other vulnerable structures. It will be a tremendous challenge.

Our Congress MUST provide full co-operation to assist Musk in getting his job done. Regulatory agencies like the FAA must get out of the way and not mess with SpaceX. Any traitors among regulators must be detected, prosecuted, and FIRED without pay. If needed, President Trump could sign an executive order to squelch any rogue officials who misbehave.

China has been our primary adversary in its quest to monopolize strategic materials and elements essential for modern commerce—rare earth metals, platinum group metals, cobalt, nickel, copper, lithium, and others. It is attempting to impose an economic stranglehold onto the entire world. A dominant American lunar outpost can be an important check and balance to thwart Chinese attempts to monopolize essential materials and impose predatory pricing schemes.

Musk can also make some new plans to help finance his lunar activities. One of the first could be mining moon rocks and even ordinary regalith, which is essential for researching what it does to materials and equipment before it e3ven goes to the moon. In addition, scientists and collectors everywhere will pay handsome prices for fresh mineral specimens. Musk has a leg up on providing them. He could build numerous autonomous craft to land on the moon, each carrying one or more robots that could run out, gather moon rocks, and load them into the craft. Some robots could be equipped with magnetic sensors to detect pristine meteorites that have fallen onto the moon. When full, the ships would return to Earth into designated locations. The rocks can be sold to anyone who wants some—from individuals to institutions. The craft would be relatively inexpensive since they need no human life support systems. They can likely be re-used for multiple missions to stockpile adequate supplies for future missions and research. \\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\Consideringt that NASA is not selling any of its Apollo moon rocks, SpaceX moon rocks should earn considerable income to finance future development.

In future years, a more ambitious fundraiser could be lunar tourism. However, tourist ships would be far more expensive and only people with deep pockets could afford to ride in them.

Another extra could be lunar exploration. Musk’s first astronauts would begin by investigating the regions around the south pole and claiming strategic spots for the first American colony. Later explorations, beginning with robots, could seek out lava tubes, which are claimed to have constant 65 degree temperatures inside and ample rock shelter for protection against cosmic radiation and micro-meteorites. The robots would be equipped with cables to lower themselves into the entrances, cameras to record their observations, and cables wired to a transmitting device on the surface to broadcast their underground observations back to the Earth. These natural safety shelters could be crucial for future American moon bases. Just don’t let China grab them first.

When will SpaceX land its first humans onto the moon? Musk is currently working on his Human Landing System HLS) to use Starships to deliver and return them. A timeline is still pending. But duplicating a system we first developed over 50 years ago shouldn’t take more than about three years—about 2029. Just make sure China doesn’t get there first.

For the future, Elon has proposed some ambitious lunar-based projects:

“1. Project TERAFAB – AI Data Centers in Lunar Orbit

At Giga Texas in March 2026, Musk announced Project TERAFAB, aiming to relocate the world’s most power-hungry AI infrastructure to the lunar surface Interesting Engineering. The plan would use the Moon’s vacuum, low gravity, and abundant solar power to overcome Earth’s “terawatt ceiling” for computing. Instead of chemical rockets, Musk proposes electromagnetic mass drivers—giant magnetic launch tracks—stretching dozens of kilometers to accelerate AI-equipped satellites into lunar escape velocity. These systems would eliminate the need for volatile propellants and discarded booster stages, and could eventually support a distributed orbital network delivering 1,000 times the power of current Earth-based systems Interesting Engineering.

“2. Moon-Based AI Manufacturing and Deep Space Deployment

Following the AI data center vision, Musk suggested building a Moonbase Alpha to manufacture space computers and hurl them into deep space using a large maglev (mass driver) system TechCrunch. This would allow AI infrastructure to scale beyond Earth’s energy limits, potentially harnessing “a few percent of the Sun’s energy” for training and operation TechCrunch.

“3. Strategic Shift from Mars to Moon

Musk has indicated that SpaceX’s focus is now on the Moon rather than Mars SpaceNews. This pivot comes after the company’s merger with xAI and a restructuring that saw several AI executives depart. The Moon is positioned as a stepping stone for multi-planetary humanity, with the potential to serve as a hub for energy-intensive AI and space-based manufacturing TechCrunch.

=

“4. Technical Feasibility and Timeline

While electromagnetic mass drivers have been theorized since the 1930s, they remain unproven on the Moon Interesting Engineering. Musk’s vision would require decades of development, infrastructure buildout, and integration with SpaceX’s Starship for initial hardware transport. The Moon’s environment—low gravity, no atmosphere, and constant solar access—makes it uniquely suited for such large-scale energy and launch projects.”

SOURCE

1. Elon Musk’s Lunar Proposals.

https://www.bing.com/search?q=Musk%20lunar%20proposals&FORM=ARPSEC&PC=3VSS&PTAG=55230282

THE VIEWS OF SUBMITTED EDITORIALS MAY NOT BE THE EXPRESS VIEWS OF THE ALABAMA GAZETTE.