The media is desperate for a win. They want you to believe that four people sitting in a tin can while looping around the moon is a historic triumph. It isn't. It is a multi-billion-dollar lap of honor for 1960s physics. While the headlines scream about the "return to the deep space," the reality is much more sobering: we are spending $4 billion per launch to do what we already did in 1968, only this time with better touchscreen monitors.
The Artemis II mission—sending astronauts around the moon and back without actually landing—is being sold as a daring frontier expedition. In reality, it’s a high-stakes stress test for a bloated bureaucratic architecture that is already obsolete. We are celebrating the fact that we can finally replicate the Apollo 8 mission trajectory using a rocket, the SLS, that is essentially a Frankenstein’s monster of Space Shuttle leftovers.
The SLS Is a Jobs Program Not a Starship
Let’s talk about the Space Launch System (SLS). I have watched the aerospace industry cannibalize itself for decades trying to keep old supply chains alive. The SLS is the ultimate expression of this rot. It uses RS-25 engines—the same ones that flew on the Shuttle—and solid rocket boosters that are glorified versions of the tech that debuted in the seventies.
Why? Not because it’s the best way to get to the moon. It’s because the contracts are spread across 50 states. It is a political shield, not a scientific spear.
The "lazy consensus" says we need this massive, expendable rocket to ensure "heavy lift" capability. This is nonsense. While NASA is spending billions on a rocket that is discarded in the ocean after every single use, private competitors are perfecting vertical landing and rapid reuse.
Imagine a scenario where you buy a brand new Boeing 747 for a single flight from New York to London, and then you crash it into the Atlantic and buy a new one for the return trip. That is the Artemis flight model. It’s not just inefficient; it’s an insult to modern engineering.
The Orion Capsule Is a Golden Cage
The Orion spacecraft is frequently touted as the most advanced vehicle ever built for humans. It’s certainly the most expensive. But for all its thermal protection systems and radiation shielding, it is incredibly cramped and limited.
The "People Also Ask" sections of the internet want to know: "How will Artemis II astronauts survive the Van Allen radiation belts?" The answer is simple: the same way the Apollo crews did, but with slightly thicker plastic. The real question should be: "Why are we sending humans on a multi-day flyby when we could send a fleet of autonomous probes to map every square inch of the lunar south pole for a fraction of the cost?"
We are risking human lives for the sake of "inspiration." Inspiration is a terrible metric for a budget. If we want to be a multi-planetary species, we don't need a few people to take high-resolution selfies in lunar orbit. We need infrastructure. We need fuel depots. We need autonomous mining. Orion provides none of that. It is a life-support system designed to get four people home so a politician can pin a medal on them.
The Myth of the Lunar Gateway
The broader Artemis plan involves the Lunar Gateway—a small space station that will orbit the moon. Proponents call it a "waypoint." I call it a toll booth.
There is no physical or orbital requirement for a station in Near-Rectilinear Halo Orbit (NRHO) to get to the lunar surface. In fact, stopping at a gateway adds significant complexity and delta-v (velocity change) requirements to the mission. It exists solely because NASA needs a reason to keep the SLS and Orion relevant. If you have a massive capsule that can’t actually land on the moon, you have to build something for it to dock with so the astronauts have something to do.
It is a solution looking for a problem.
The High Cost of Risk Aversion
The Artemis II crew are heroes, no doubt. But they are operating within a system that has become so risk-averse it has paralyzed progress. We haven't had a human beyond Low Earth Orbit in over fifty years because we became obsessed with "safety" as a PR tool rather than a manageable engineering variable.
By insisting on "man-rating" every single bolt to a degree that requires ten years of paperwork, we have ceded the actual frontier to those willing to move fast and break things. The irony is that by being so "safe" with Artemis, we have created a fragile program that a single failure will kill forever. If Artemis II has a significant technical glitch, the political will to continue will vanish.
True exploration requires a high cadence. It requires a willingness to fail, learn, and launch again within months, not years. Artemis is the opposite of high cadence. It is a slow, methodical march toward a destination we’ve already visited, using a budget that could have built a permanent city on the lunar surface if it were spent on reusable technology and orbital refueling.
The Lunar South Pole Is the Only Thing That Matters
The competitor article focuses on the "return home." This is the wrong focus. The only thing that matters about the moon right now is the presence of water ice in the permanently shadowed regions of the South Pole.
Water is hydrogen and oxygen. It is rocket fuel. It is life support. If we aren't going to the moon specifically to harvest that ice and turn the moon into a gas station for the solar system, we shouldn't be going at all. Artemis II doesn't even touch the surface. It’s a sightseeing tour.
We are treating the moon like a museum. We should be treating it like an oil rig.
The False Dichotomy of NASA vs. Private Space
People love to frame this as a battle between "Old Space" and "New Space." That’s a simplistic trap. The real battle is between Linear Growth and Exponential Growth.
Artemis is linear. You build one rocket, you fly one mission. You wait two years. You do it again.
Exponential growth looks like the Starlink launches. You build a factory that builds rockets. You fly every week. You drive the cost per kilogram to orbit down by orders of magnitude.
NASA should be the customer, not the architect. When NASA acts as the architect, we get the SLS—a project that has cost over $20 billion before its first crewed flight. When NASA acts as the customer—as they did with the Commercial Crew Program—we get functional, cost-effective transport.
The tragedy of Artemis II is that it represents the "architect" mindset winning. It is a monument to the idea that space travel must be rare, precious, and incredibly expensive.
The Physics of Failure
Let's look at the math. The SLS can launch roughly 95 metric tons to LEO. A fully reusable heavy lift system currently in development aims for 100+ tons with a turnaround time of days, not years.
If you are an "industry insider," you know the internal whispers. You know that the heat shield issues on the first Artemis uncrewed flight were more concerning than the public reports suggested. You know that the life support systems in Orion are being pushed to their absolute limits for a mission of this duration.
We are white-knuckling a 1960s mission profile with 2020s software. It’s a parlor trick.
Stop Asking if They Will Get Back
The media asks: "Will the crew return safely?"
The answer is almost certainly yes. NASA is excellent at over-engineering for safety.
But that’s the wrong question.
The real question is: "What happens the day after they land?"
The answer: Nothing.
We wait years for the next one. We spend billions more on a lunar lander that hasn't been built. We keep the workforce in Alabama and Florida busy. We stay in the loop.
We don't need a return to the moon. We need a departure from the Earth. Artemis II is just a very long, very expensive u-turn.
If you want to see the future of humanity in space, don't look at the Orion capsule splashdown. Look at the launch pads where rockets are being built in tents, where failure is an option, and where the goal isn't to "return home," but to stay out there for good.
Stop cheering for the lap of honor. Demand a race.
