NASA just fired up the engines for Artemis II. The press is swooning. The slow-motion footage of fire and steel is designed to trigger a Pavlovian response in anyone who grew up with a Saturn V poster on their wall. But if you look past the high-definition glare, you aren't looking at the future. You are looking at a desperate, expensive attempt to recreate the past using 1970s architecture dressed up in modern carbon fiber.
The "lazy consensus" among space journalists is that Artemis II is the "essential next step" to Mars. That is a lie. Artemis II is a bureaucratic compromise that ignores every lesson we have learned about orbital mechanics and cost-efficiency over the last twenty years. We are spending billions to send four people to look at the moon through a window, without even landing, using a rocket that is discarded in the ocean after a single use.
In a world where reusable boosters land themselves on drone ships, building a "throwaway" moon rocket isn't progress. It’s an insult to engineering.
The SLS Is A Jobs Program Not A Space Program
The Space Launch System (SLS) is the backbone of Artemis. It is also a Frankenstein’s monster of Space Shuttle scrap. The engines being tested for Artemis II aren't "new." They are RS-25s—the same engines that flew on the Shuttle. NASA is taking world-class, reusable hardware and purposely throwing it into the Atlantic Ocean.
Imagine if Boeing built a 747, flew it once from New York to London, and then ordered the pilots to ditch it in the sea so they could buy a brand-new one for the return trip. You would call it insanity. NASA calls it a "Deep Space Exploration Strategy."
The reason for this isn't technical. It’s political. The SLS is built across all 50 states to ensure that no congressperson ever votes to cancel it. We aren't optimizing for Delta-V; we are optimizing for district employment. When you prioritize job security over mass-to-orbit efficiency, you don't get a Mars mission. You get a museum piece that costs $2 billion per launch.
The Orion Heat Shield Scandal
The "everything is fine" narrative around Artemis II conveniently ignores the charred remains of the Artemis I heat shield. When the uncrewed capsule returned from its lunar skip-entry, the heat shield didn't just char—it eroded in ways NASA didn't predict.
The industry insider truth? If that had been a crewed mission, the margins for error would have been razor-thin. NASA spent months "investigating" the issue, only to decide that the risk is "acceptable" for Artemis II. This is the same "normalization of deviance" that led to the Challenger and Columbia disasters. They are betting that the physics of re-entry will be kinder the second time around because the schedule demands a win.
The Lunar Gateway Is A Toll Booth To Nowhere
To justify the Artemis missions, NASA is pushing the "Lunar Gateway." It’s a small space station that will orbit the moon. The problem? Nobody needs it.
If you want to go to the lunar surface, you go to the lunar surface. Inserting a mandatory pit stop in high lunar orbit adds complexity, risk, and massive amounts of fuel. It’s a toll booth. It exists because the SLS/Orion combo actually lacks the performance to go directly to a low lunar orbit and return safely with significant cargo.
Instead of fixing the rocket, they built a "destination" to hide the rocket’s limitations. We are building a gas station in the middle of the desert before we’ve even proven we can drive the car across the street.
Why We Should Stop Chasing 1969
The obsession with "returning" to the moon is a psychological trap. We did this in 1969 with slide rules and grit. Doing it again 50 years later with iPads isn't a feat of human achievement; it’s a symptom of a stagnant vision.
The real frontier isn't "flags and footprints." It’s orbital infrastructure. It’s fuel depots. It’s asteroid mining. But those things don't make for good 30-second campaign ads. A grainy photo of an astronaut's boot does.
- The Cost of Artemis: Roughly $93 billion through 2025.
- The Result: A handful of missions that will likely end before a permanent base is ever established.
Compare this to the commercial sector. While NASA spent a decade and tens of billions on the SLS, private entities developed vertical landing, methane-based propulsion, and orbital refueling. One approach is a stagnant monument to the Cold War; the other is a scalable transportation system.
The Harsh Reality of Artemis II
People ask: "Isn't it good to at least be doing something?"
No. Doing the wrong thing poorly is worse than doing nothing, because it consumes the budget and political will that could have been used for a sustainable architecture. Artemis II is a "flyby." It’s the space equivalent of a drive-by shooting of the moon. We learn nothing new about the lunar regolith. We test no new landing technologies. We simply prove that we can still do what we did during the Nixon administration, provided we are willing to set a mountain of taxpayer cash on fire.
The Actionable Pivot
Stop cheering for the engine tests. Start demanding a pivot to a Refuelable Architecture.
- Kill the SLS: It is a fiscal vampire. Move the heavy-lift requirements to fixed-price commercial contracts.
- Invest in Cryogenic Fluid Management: We don't need a Gateway station; we need gas stations in Low Earth Orbit (LEO). If we can refuel in orbit, the entire solar system opens up.
- Prioritize Robotics: Sending humans to the moon to do what a $50 million rover can do for 1/1000th of the risk is ego-driven science.
The Artemis II crew are heroes, but they are heroes being asked to fly a magnificent antique. We are celebrating the roar of the engines while ignoring the fact that the vehicle is driving us straight into a dead end.
Space isn't about "going back." It’s about staying there. And you don't stay there by throwing your ladder away every time you climb it.
