We are currently watching a $4.2 billion per launch theater production. The mainstream press wants you to feel the "majesty" of Artemis II. They want you to look at the four brave souls—Wiseman, Glover, Koch, and Hansen—and see the second coming of the Apollo era. They talk about "returning to the Moon" as if we left a pair of keys there fifty years ago and finally found the gas money to go back.
It is a lie.
Artemis II is not a step toward the future. It is a desperate, expensive attempt to recreate the past using 1970s architecture dressed up in modern carbon fiber. If the goal is actually Mars, then Artemis II is a detour that might just bankrupt the dream before we ever see the red dust of Valles Marineris.
The SLS Is a Jobs Program Not a Rocket
To understand why Artemis II is a strategic failure, you have to look at the Space Launch System (SLS). NASA’s "Mega Moon Rocket" is a Frankenstein’s monster of Space Shuttle parts. The RS-25 engines lifting the Orion capsule into orbit? They are literal museum pieces. Some of them actually flew on the Shuttle.
NASA is taking reusable engines, bolting them to an expendable orange tank, and throwing them into the Atlantic Ocean after eight minutes of use. It is the equivalent of flying a Boeing 747 from New York to London and then scuttling the plane in the Thames.
The "lazy consensus" says this is necessary because it’s "proven technology." In reality, it’s a political compromise designed to keep specific factories in Alabama and Utah open. I’ve watched as aerospace giants lobby for these cost-plus contracts that reward delays and penalize efficiency. When you pay a contractor more for taking longer, you don't get a rocket; you get a sinkhole.
The Lunar Gateway is a Toll Booth in the Middle of Nowhere
The competitor articles love to highlight the Lunar Gateway—the planned space station that will orbit the Moon. They frame it as a "staging point."
Logic dictates otherwise.
Physics is brutal. To get to Mars, you need to shed the Earth’s gravity well. Once you’ve done that, the last thing you want to do is drop into another gravity well (the Moon’s) just to park for a week. Stopping at the Moon on the way to Mars is like driving from Los Angeles to New York but insisting on stopping in a cul-de-sac in rural Nebraska for three days to "prepare."
Every gram of fuel spent entering and exiting lunar orbit is a gram of fuel that isn't pushing you toward Mars. We aren't building a base; we are building a rest stop that nobody asked for, primarily because we don't yet have the balls to commit to a direct-ascent Mars mission.
The Orion Capsule is Underpowered and Overweight
The Orion MPCV (Multi-Purpose Crew Vehicle) is the shiny toy at the top of the SLS. It looks great in 4K renders. But look at the Delta-V requirements.
Orion cannot even get itself into a Low Lunar Orbit and back to Earth on its own. It requires a "Near-Rectilinear Halo Orbit" (NRHO). This is a fancy way of saying "an orbit that is easy for a weak capsule to get into but sucks for actually reaching the lunar surface."
Because Orion lacks the maneuverability of the old Apollo Command Module/Service Module stack (relative to the modern mission profile), we have to invent this bizarre orbital dance. We are letting the limitations of the hardware dictate the science, rather than the other way around.
The Privatization Fallacy
"But what about SpaceX?" the critics ask. "Isn't the Starship HLS (Human Landing System) going to save us?"
NASA’s current plan is a logistical nightmare. Artemis III—the actual landing—requires Starship. But Starship needs to be refueled in Low Earth Orbit. Estimates suggest it will take anywhere from 8 to 16 separate "tanker" launches just to get one Starship to the Moon.
Imagine the complexity. You need 16 perfect launches in rapid succession. If one blows up, the mission stalls. Meanwhile, the four astronauts on Artemis II are essentially being sent on a high-stakes flyby to prove we can still do what we did in 1968.
We are cheering for a lap of honor before the race has even started.
The Opportunity Cost of Nostalgia
For the cost of a single Artemis launch, we could send dozens of sophisticated robotic missions to the Jovian moons or the Saturnian system. We could be mapping the sub-surface oceans of Europa in high definition.
Instead, we are obsessed with "boots on the ground" because it polls well. Human spaceflight is 90% life support and 10% science. When you send a human, you spend the vast majority of your mass budget just keeping them from dying. Robots don't need oxygen, they don't need water, and they don't get bored.
If we were serious about being a multi-planetary species, we would be perfecting orbital manufacturing and nuclear thermal propulsion. Instead, we are still playing with chemical rockets and parachuting into the ocean like it’s the Summer of Love.
The Risk Nobody Admits
Artemis II is a test flight. It is the first time humans will fly on Orion. It is the first time they will test the life support systems in deep space.
If Artemis II has a "minor" failure—the kind that would be a footnote on an uncrewed mission—the entire program will be mothballed for a decade. We saw it after Challenger. We saw it after Columbia. By putting humans on these early flights of an inefficient system, we are putting the entire future of space exploration at the mercy of a single O-ring or a software glitch.
We are risking the "Mars Generation" for the sake of a PR win in lunar orbit.
Stop Asking if We Can Go Back
The question isn't "When will we get back to the Moon?"
The question is "Why are we going back to the Moon with 20th-century tactics?"
If we want to be a spacefaring civilization, we have to stop treating the Moon as a destination and start treating it as a resource. That means autonomous mining. That means 3D printing habitats with regolith before the humans arrive.
Artemis II does none of that. It is a sightseeing tour. It’s four people in a tin can, looking out a window at a place we already visited, while the real frontier—the expansion of industry into the solar system—waits for us to stop being so sentimental.
The "historic" nature of this mission is a coat of paint on a crumbling strategy. We don't need more heroes in capsules. We need an infrastructure that doesn't cost $2 billion every time we want to leave the atmosphere. Until we solve the cost-to-orbit problem, Artemis is just a very expensive way to stay exactly where we are.
Get off the bleachers. Stop cheering for the encore of a 50-year-old show. Demand a mission that actually goes somewhere new.
