The flags are waving. The teleprompters are screaming about dominance. The political machinery is humming at a frequency designed to make you feel like it is 1969 all over again.
It isn't.
Artemis II is not a leap. It is a expensive, scripted jog in place. While the headlines focus on "dominance" and "historic milestones," the cold reality is that we are spending billions to recreate a capability we mastered over half a century ago. If you think sending four people to loop around the Moon—without even landing—is a sign of a thriving space program, you’ve been sold a narrative designed to mask a stagnation crisis.
The Myth of Industrial Dominance
The common consensus is that the Space Launch System (SLS) represents the pinnacle of American engineering. It doesn’t. It represents the pinnacle of American lobbying.
I have watched as legacy aerospace giants carved up the Artemis budget like a holiday ham. The SLS is a "Franken-rocket" built from the scraps of the Space Shuttle program. Those solid rocket boosters? Technology from the 70s. The RS-25 engines? Literally refurbished engines that flew on the Shuttle. We are taking Ferrari engines from the 80s, putting them in a new chassis, and calling it the future of transportation.
True dominance is defined by efficiency and innovation, not by how many districts you can spread a manufacturing contract across. When we went to the Moon during Apollo, we were inventing the future. With Artemis, we are merely managing the past.
Why a Lunar Flyby is a Step Backward
The "People Also Ask" sections of the internet are currently flooded with questions like, "Is Artemis II more advanced than Apollo 8?"
The honest, brutal answer: marginally, and only because of computer chips.
Apollo 8 was a desperate, daring gamble that moved the needle of human history. Artemis II is a safety-checked, risk-averse loop-the-loop. By the time the crew of Artemis II splashes down, we will have spent over $90 billion on the Artemis program. For that price, we aren't even touching the lunar dust.
We are stuck in a cycle of "flags and footprints" logic. The goal shouldn't be to prove we can go back; it should be to prove we can stay. But the architecture of Artemis II—and the SLS itself—is fundamentally "expendable." We throw the hardware away every time we use it.
Imagine a scenario where an airline flew a Boeing 787 from New York to London and then crashed the plane into the Atlantic because they didn't feel like building a runway. That is the SLS. It is a disposable $2 billion toy. You cannot "dominate" an environment when your primary transport method costs more than the GDP of a small nation per flight.
The SLS vs. Starship Paradox
The industry insiders won't tell you this, but the SLS is already obsolete. It was obsolete the moment it left the drawing board.
- SLS Cost per Launch: Estimated at $2 billion to $4 billion.
- Starship Cost Goal: Targeting under $100 million (eventually much lower).
- Payload Capacity: Starship is designed to carry over 100 tons to orbit with full reusability.
The government is betting on a horse-and-buggy because they already paid for the buggy. They claim Artemis is about "international cooperation" and "American leadership," but leadership means choosing the most effective path, not the most politically convenient one.
We are witnessing a "Sunk Cost Fallacy" on a galactic scale. Because NASA and its contractors have spent a decade and billions of dollars on the Orion capsule and the SLS, they cannot admit that a more agile, private-sector approach has already lapped them.
The Safety Obsession is Killing the Mission
The political rhetoric focuses on the "bravery" of the Artemis II crew. They are brave, certainly. But they are being hamstrung by a culture that has become allergic to risk.
In the 1960s, NASA accepted a level of risk that would be unthinkable today. This isn't a call for recklessness; it’s a critique of the "Safety Industrial Complex." We have layered so much bureaucracy and redundant testing onto these missions that the interval between flights is measured in years, not months.
If we want to dominate space, we need a high "cadence" of launches. You don't learn how to live on the Moon by visiting once every three years. You learn by failing, iterating, and flying again. The SLS/Orion stack is too expensive to fail, which means it is too expensive to truly innovate.
The Geopolitical Theater
The "dominance" narrative is aimed squarely at China. The fear is that a Chinese taikonaut will plant a flag and claim the lunar south pole before we do.
But here is the catch: China isn't trying to win a 1960s-style race. They are building infrastructure. They are looking at long-term lunar bases and resource extraction. While the U.S. celebrates a flyby, our competitors are looking at the Moon as the "Eighth Continent."
If Artemis II is our answer to the new space race, we are bringing a musket to a drone fight. We are focusing on the optics of the mission—the diversity of the crew, the sleekness of the suits, the stirring speeches—instead of the utility of the hardware.
The Hard Truth About Lunar Economics
Let’s talk about the Moon. It isn’t a destination; it’s a test bed.
The common misconception is that the Moon is valuable for its "beauty" or "prestige." It’s actually valuable for its gravity well—or lack thereof. If we want to go to Mars, we need to learn how to mine water ice from the lunar poles and turn it into rocket fuel (hydrogen and oxygen).
Artemis II does zero to advance this.
It is a vanity project. We are spending the equivalent of several aircraft carriers to send four people on a sightseeing tour. A more honest approach would involve:
- Massive investment in orbital fuel depots.
- Rapid prototyping of lunar landers that don't rely on the SLS.
- Nuclear thermal propulsion research.
Instead, we get a flyby.
The Opportunity Cost
Every dollar spent on the SLS is a dollar not spent on transformative technology. I have seen brilliant engineers spend their entire careers on a single valve for a rocket that will only fly four times in a decade. That is a tragic waste of human capital.
If we took the $4 billion per launch and put it into prizes for orbital manufacturing or asteroid mining, we would see a gold rush in Low Earth Orbit (LEO) within five years. Instead, we are funneling it into the same "Big Aerospace" firms that have been over-promising and under-delivering since the Cold War ended.
The downside to my perspective? It’s cold. It lacks the "glory" of a televised launch. It requires admitting that the last 20 years of heavy-lift rocket development have been a detour. It’s much easier to cheer for a rocket launch than it is to audit a federal budget.
Stop Falling for the Hype
The next time you see a press conference about the "historic" Artemis II mission, look past the polished visors and the stirring music. Ask yourself:
- Does this mission make space travel cheaper? No.
- Does it introduce a new, sustainable technology? No.
- Does it move us closer to a permanent human presence on another world? Barely.
We aren't dominating. We are reminiscing.
Dominance is not a 10-day trip around a rock. Dominance is the ability to move mass into the solar system with the same regularity and ease that we move cargo across the Atlantic. Until we move away from the "event-based" model of space exploration and toward an "infrastructure-based" model, we are just tourists in our own backyard.
Artemis II isn't the beginning of a new era. It’s the final, expensive gasp of the old one.
Stop celebrating the return to the Moon and start demanding a reason to stay there.
