The mainstream media is currently swooning over four astronauts strapping into a capsule. They call it a giant leap for humanity. They call it the dawn of a new era. They are wrong. Artemis II isn't the start of the future; it is the expensive, gasping lung of a legacy aerospace industry desperately trying to prove it still matters in a world that has already moved past it.
We are watching a victory lap for a race that ended fifty years ago.
While the public watches the high-definition feeds of the Orion capsule orbiting the moon, the real story isn't the "return to deep space." The story is the staggering inefficiency of the Space Launch System (SLS) and the refusal of the bureaucratic machine to admit that expendable rockets are a dead technology.
The Expendable Rocket Scam
Every time an SLS rocket clears the pad, $2 billion of taxpayer money vanishes into the Atlantic Ocean. This isn't just "the cost of doing business." It is a systemic failure of imagination.
Imagine a scenario where every time a Boeing 747 flew from New York to London, the crew and passengers parachuted into the Thames while the airplane was crushed into scrap metal. We would call that a logistics catastrophe. In the space industry, we call it a "successful mission."
The SLS is built on Shuttle-derived technology. That sounds prestigious until you realize "Shuttle-derived" is code for "using leftovers from the 1970s to keep specific congressional districts employed." We are using solid rocket boosters—technology that cannot be throttled or turned off once ignited—to carry the most precious cargo we have. It is a brute-force solution to a problem that modern engineering solved a decade ago with vertical landing and rapid reuse.
The Orion Capsule is an Overcrowded Lifeboat
The headlines praise the Orion capsule as the most advanced spacecraft ever built. I have sat in rooms with the engineers who have to figure out the life support margins for a crew of four on a ten-day loop. It isn't a luxury cruiser. It is a high-stakes cramped apartment where every gram of weight is a battle against the physics of a non-reusable heat shield.
The competitor articles love to highlight the "deep space" capabilities of Orion. What they don't tell you is that Orion is virtually useless without a massive, separate landing craft that hasn't even been fully tested yet. By sending humans around the moon without a lander, we aren't "returning." We are sightseeing. We are spending billions for a glorified flyby that provides almost no new scientific data that hasn't been gathered by robotic probes for a fraction of the cost.
Why We Are Asking the Wrong Questions
People keep asking: "When will we see boots on the moon?"
The better question is: "Why are we sending boots at all before we have the infrastructure to support them?"
We are obsessed with the "Apollo moment"—the grainy footage, the flag, the heroics. But the Apollo moment was a dead end. We went, we hit some golf balls, and we left because the architecture wasn't sustainable. Artemis II is doubling down on that same unsustainable architecture.
If we were serious about a permanent presence on the moon, we wouldn't be building one-off rockets. We would be:
- Investing heavily in orbital fuel depots.
- Perfecting autonomous lunar manufacturing.
- Prioritizing mass-to-orbit over "prestige" missions.
Instead, we are stuck in a cycle of "flags and footprints" because that is what looks good on a budget request.
The Myth of the "National Moment"
There is a sentiment that Artemis II will "unite the country." This is a nostalgic fantasy. In 1969, the world stopped because there was one screen in the living room and the Cold War provided a terrifyingly clear narrative. Today, the space industry is fragmented. While NASA spends years on a single mission, private competitors are launching every few days.
The "National Moment" is a marketing trick used to justify a price tag that would make a CFO faint. We are paying for the optics of leadership while the actual technical leadership has shifted to the lean, aggressive startups that view a $2 billion launch as an admission of defeat.
The Math of Failure
Let’s look at the delta-v requirements and the mass fraction of the SLS. It is a beast of a machine, but it is a fragile one. The hydrogen leaks that plagued the wet dress rehearsals and the Artemis I launch weren't "teething issues." They are inherent flaws in using liquid hydrogen, a fuel so temperamental it requires tolerances that are almost impossible to maintain at scale.
We are choosing the hardest way to do something we already did in 1968.
Critics will say that "human spaceflight is hard" and "safety requires this cost." I’ve seen programs burn through $500 million just on "integration studies" that resulted in zero hardware changes. The cost isn't high because space is hard. The cost is high because the procurement process is designed to prevent failure by moving as slowly as possible, which, in a fast-moving technological era, is the greatest failure of all.
Stop Applauding the Bare Minimum
Artemis II will likely be a success. The astronauts are world-class. The ground crews are brilliant. The rocket will go up, the capsule will go around, and the parachutes will open.
But do not mistake a successful mission for a successful strategy.
We are watching the last gasp of the "Big Aerospace" era. Every dollar spent on an SLS launch is a dollar not spent on the radical, disruptive technologies that would actually make the moon accessible to more than four people at a time.
If you want to be excited about the moon, don't look at the rocket that looks like the ones your grandfather watched. Look at the companies trying to make spaceflight as boring and repetitive as a bus route. The spectacular is the enemy of the sustainable.
Artemis II is a masterpiece of 20th-century engineering delivered twenty-six years too late. Stop celebrating the return to the past and start demanding a future that doesn't belong in a museum.
