The crowds are cheering. The flight suits are crisp. The cameras are catching every practiced wave from the four astronauts slated to loop around the moon. It is a masterclass in PR—and a total failure of imagination.
While the mainstream media obsesses over the "historical significance" of four people sitting in a capsule for ten days, they are missing the elephant in the room: Artemis II is a wildly expensive rerun of 1968. If we actually cared about becoming a multi-planetary species, we wouldn't be celebrating a $4 billion "flyby." We would be mourning the fact that we are still using expendable rockets and Apollo-era mission profiles to justify a bloated industrial complex. Don't forget to check out our previous coverage on this related article.
The SLS is a Financial Sunk Cost Fallacy
The Space Launch System (SLS) is not a triumph of engineering. It is a jobs program disguised as a moon rocket.
Every time an SLS lifts off, we are literally throwing $2 billion of hardware into the ocean. In a world where reusable rocketry has moved from a pipe dream to a weekly occurrence, building a "shuttle-derived" heavy lifter that discards its engines and boosters is technological malpractice. The competitor articles want you to marvel at the power of the RS-25 engines. I want you to realize those are the same engines that flew on the Space Shuttle, now stripped of their reuse capability and dumped into the Atlantic like garbage. If you want more about the context here, Mashable provides an in-depth breakdown.
We are paying for the privilege of moving backward.
- Cost per seat: Astronomical.
- Launch cadence: Pathetic.
- Sustainability: Non-existent.
If a private shipping company told you they were going to build a new cargo plane for every single delivery and then crash it into the sea after one flight, you would fire the CEO and short the stock. In aerospace, we call it "national pride."
The Flyby That Nobody Needs
The mission profile of Artemis II is a "Free Return Trajectory." It is the safest, most conservative path possible. It is exactly what Apollo 8 did over half a century ago.
The "lazy consensus" argues that we need to test the life support systems with humans on board before we attempt a landing. This sounds logical until you look at the state of modern simulation and uncrewed testing. We are treating the moon like an insurmountable peak despite having conquered it with computers that had less processing power than a modern toaster.
We don't need a flyby. We need infrastructure.
If we were serious about the moon, we would be focusing on:
- Orbital Fuel Depots: Learning how to transfer cryogenic propellant in zero-G.
- Autonomous Resource Mining: Sending robots to the South Pole to prove we can extract water ice.
- Sustainable Power: Deploying nuclear fission surface power.
Instead, we are sending four highly trained professionals to act as biological cargo for a ten-day photo op. It is "flags and footprints" 2.0, except this time, we aren't even leaving the footprints.
The Orion Capsule is an Overweight Relic
NASA’s Orion capsule is frequently touted as the most advanced spacecraft ever built. In reality, it is a victim of "requirement creep." It is designed to sustain a crew for 21 days, yet it is so heavy that the SLS—the most powerful rocket in the world—can’t even inject it into a low lunar orbit while carrying the necessary fuel for a landing.
This is why we have the "Gateway" concept—a small space station in a high-rectilinear halo orbit. We aren't building the Gateway because it’s the best way to get to the moon. We are building it because Orion can't get anywhere else.
Compare this to the Starship HLS (Human Landing System). While NASA is busy polishing the heat shield on a capsule that fits four people, SpaceX is iterating on a vehicle designed to carry 100 tons of cargo. The disparity is embarrassing. We are using a 1960s architecture to support a 2020s PR campaign.
The Myth of "Inspiration"
"But it inspires the next generation!"
This is the standard defense for every inefficient government project. But what, exactly, are we inspiring? Are we inspiring kids to become engineers who build disposable hardware? Or are we teaching them that progress is something that happens once every fifty years at a glacial pace?
Real inspiration comes from rapid iteration. It comes from the "fail fast" mentality that saw dozens of Starship prototypes explode on the pad before one finally landed. That is the heartbeat of modern technology. Artemis II, by contrast, is a choreographed performance where failure is not an option—not because the engineering is perfect, but because the political cost of a mistake is so high that the mission has been stripped of all meaningful risk and, consequently, all meaningful progress.
The Dangerous Lack of a Plan B
The current Artemis timeline is a house of cards.
Artemis II is the "feel-good" mission. Artemis III is supposed to be the landing. But Artemis III relies on:
- A successful Artemis II.
- The completion of the Starship HLS.
- A fleet of "tanker" Starships performing dozens of orbital refuelings.
- New spacesuits that are years behind schedule.
By pouring all our political capital into the "Artemis II crew greets the crowd" narrative, we are ignoring the structural rot in the timeline. We are setting the stage for a massive public letdown when the actual landing mission inevitably slips into the 2030s because we spent all our money on the SLS instead of the tech that actually matters.
The Brutal Reality of Lunar Geopolitics
While we wave at cameras in Florida, the lunar landscape is changing. China isn't interested in flybys. They are interested in the lunar South Pole's resources. They are building a long-term presence.
Our insistence on the "Old Space" way of doing things—cost-plus contracts, expendable boosters, and ceremonial missions—is a strategic liability. We are playing a game of PR while our competitors are playing a game of logistics.
To win the "New Space Race," we have to stop treating the moon like a museum and start treating it like a shipyard. That requires moving past the SLS/Orion bottleneck. It requires admitting that Artemis II is a multi-billion dollar distraction from the hard work of building a reusable, sustainable space economy.
Why the "People Also Ask" Sections Are Wrong
You’ll see people asking: "Is Artemis II going to land on the moon?" No.
"Is it safe?" Mostly, because they aren't doing anything new.
"Why is it taking so long?" Because we are using 1970s bureaucratic structures to manage 2020s dreams.
The question people should be asking is: "Why are we still building rockets that we can't reuse?"
The answer is uncomfortable. It involves lobbying, Senate subcommittees, and a fear of genuine innovation that might disrupt the flow of government funding to traditional aerospace giants. We have prioritized "too big to fail" over "too fast to catch."
The Path Not Taken
Imagine a scenario where we took the $23 billion spent on SLS and instead put it into a competitive prize for orbital refueling and long-duration life support.
We wouldn't be watching four people wave at a crowd today. We would be watching a fleet of autonomous tugs and fuel depots being positioned in orbit, creating a permanent highway to the lunar surface. We would have a dozen companies competing to lower the cost of mass to orbit, rather than one government agency struggling to keep a single rocket on the pad.
Artemis II is the swan song of a dying era. It is the last gasp of the expendable, high-cost, low-frequency model of space exploration. We can celebrate the bravery of the astronauts—they are doing their jobs—but we must stop pretending that this mission is a leap forward.
It is a shuffle sideways. It is a very expensive way to stay in the same place we were in December 1968.
Stop clapping for the rocket and start demanding a strategy that actually results in a permanent human presence in space. If we continue to settle for "historical milestones" that don't include infrastructure, we will be back on Earth in a decade, wondering why the moon is once again a place we used to go.
The mission isn't to visit. The mission is to stay. And Artemis II, for all its pomp and circumstance, doesn't get us a single inch closer to the lunar soil. It just takes us for a very long, very expensive walk around the block.
