By Mari Hansen Seeing a skyscraper-sized rocket roll back into a hangar due to a helium leak has a subtly surreal quality. That’s what happened to the Space Launch System in the months leading up to Artemis II’s eventual takeoff; it serves as a modest reminder that sending people to the Moon is not and has never been an easy task. It is expensive. Massive quantities of it. As the dust settles from the launch, it’s important to consider whether the American public truly comprehends how much.
NASA’s own Office of Inspector General quietly revealed that the agency had already spent about $93 billion on the Artemis program by fiscal year 2025. The cost of each launch ranges from $4 to $5 billion.
| Category | Details |
|---|---|
| Program Name | Artemis Program — NASA’s Moon-to-Mars initiative |
| Mission: Artemis II | First crewed flight test; 4 astronauts, ~10-day lunar orbit, no surface landing |
| Agency | NASA (National Aeronautics and Space Administration) |
| Program Origin | Early 2000s under President George W. Bush; restructured under Trump administration (2019) |
| Artemis I (Uncrewed) | Successfully launched November 2022 |
| Total Program Cost (2012–2025) | Approximately $93 billion (NASA Office of Inspector General) |
| Cost Per Launch | $4–5 billion per Artemis mission |
| Schedule Status | Roughly 8 years behind original targets; crewed lunar landing now targeted no earlier than 2028 |
| Key Delays (Artemis II) | Liquid hydrogen fuel leak; helium pressurization issue discovered during dress rehearsal |
| Key Private Partners | SpaceX (Human Landing System), Blue Origin (launch components) |
| Artemis III / IV | Crewed lunar surface landing moved from Artemis III to Artemis IV due to safety concerns |
| Lunar Gateway | Canceled in 2025; NASA shifting to direct lunar surface base construction, projected at $30 billion by 2036 |
| Preceding Program | Constellation Program (canceled 2010 by Obama after spending ~$9 billion) |
| Geopolitical Context | Direct competition with China’s CNSA, targeting crewed lunar landing by 2030 |
To put that on a human scale, the entire Constellation program—the previous attempt to return to the Moon, which President Obama canceled in 2010—was abandoned after spending a total of about $9 billion because the White House thought it was too costly. Ten times that amount has now been spent by Artemis, and no one has yet been landed on the moon.
It’s important to comprehend how the program came to be. The Trump administration played a major role in shaping the current Artemis framework beginning in 2019, with the ambitious but ultimately unrealistic goal of sending astronauts back to the Moon by 2024. The deadline passed.
The objectives changed. In the words of seasoned space journalist Eric Berger, who has written extensively about NASA, “the targets keep moving, and the delays keep mounting.” He said that a crewed lunar landing in 2028 would need “a lot of miracles.” That is an honest assessment of recent history, not cynicism.
After the unmanned Artemis I flight test in 2022, Artemis II is the program’s second mission. It is the first crewed lunar orbit in over fifty years, carrying four astronauts on a ten-day orbit. It’s not a landing. After NASA’s independent Aerospace Safety Advisory Panel expressed dissatisfaction with the speed of development, the actual surface mission, which was initially slated for Artemis III, was moved to Artemis IV. This has gotten so complicated that even the order of missions is being rearranged in real time.
The role of private contractors is one of the reasons this is so costly and messy. Unlike the Apollo era, NASA now heavily relies on for-profit aerospace companies. The Human Landing System, the spacecraft that will eventually set foot on the moon, is being built by SpaceX. Important parts have been provided by Blue Origin. Although there are trade-offs, this arrangement made political sense during a time when NASA’s budget was contracting and commercial space was expanding.
Government organizations and private businesses have different incentive systems. When you read about liquid hydrogen leaks and last-minute hangar repairs on a $5 billion rocket, Elon Musk’s statement that SpaceX’s philosophy was “Safety Third” sticks in your head, even though it was partially a joke.
Depending on how you measure it, both the costs and the value are real. One way to look at it is that if you divide the approximately $4 billion cost of Artemis II among all Americans, it comes to about $1.50 per person over the course of the mission.
Millions of people watched the launch, and it is truly challenging to measure the subsequent impacts on STEM education, public interest in science, and national morale. Some believe that this is money well spent, not only on exploration but also on inspiration.
Beneath it all, though, is a more difficult strategic calculation. China’s space program is progressing quietly but steadily. By 2030, the China Manned Space Agency intends to send taikonauts to the moon. It runs the operational space station Tiangong in low-Earth orbit. Samples of lunar soil have been returned to Earth.
Crucially, because of its highly centralized planning model, which puts safety testing ahead of schedule ambition, it has never lost an astronaut. It is unflattering to compare this to NASA’s current circumstances, which include being overbudget, running behind schedule, and fixing hydrogen leaks prior to significant launches.
In the meantime, NASA declared earlier this year that it was completely abandoning the idea of the Lunar Gateway space station in favor of constructing a permanent lunar surface base starting in 2029. Between now and 2036, that endeavor is expected to cost $30 billion.
According to reports, SpaceX was getting ready for a stock market IPO, which could have valued the business between $50 and $75 billion. There has never been a more complex relationship between private capital and federal space ambitions.
Whether the Artemis program, at its current pace and cost, is the best route to a long-term human presence on the Moon is still up for debate. It is evident that the United States is financially, politically, and symbolically committed to this wager.
The question is whether the massive investment being made in crewed lunar flight will pay off or if history will view Artemis as an expensive diversion on the way to somewhere else, similar to how it viewed Constellation.