The aerospace industry is currently high on its own supply. If you read the mainstream press or the latest NASA press releases, you’re being fed a fairy tale about a "new golden age" of lunar exploration. They call it Artemis. They talk about "sustainable presence" and "lunar gateways."
It’s a lie. Or, at best, a staggering miscalculation of ROI. For an alternative perspective, see: this related article.
We are currently witnessing the greatest sunk-cost fallacy in human history. While the public swoons over grainy renders of moon bases, the actual business case for the Moon is nonexistent. We aren't going back to the Moon to stay; we’re going back because we’ve forgotten how to do anything else.
The Artemis Myth and the SLS Albatross
The "lazy consensus" suggests that the Space Launch System (SLS) is the backbone of our future. In reality, SLS is a jobs program masquerading as an engineering marvel. Every time that rocket clears the pad, $2 billion to $4 billion of taxpayer money vanishes. Related coverage on the subject has been published by TechCrunch.
I’ve spent years watching prime contractors pad their margins while missing every milestone that matters. When you use legacy shuttle technology to build a "new" rocket, you aren't innovating. You’re taxidermying a dead bird and hoping it flies.
The math doesn't work. To build a "sustainable" base, you need high-cadence, low-cost flight. SLS is the antithesis of both. If your logistics chain relies on a vehicle that can only launch once every eighteen months, you don't have a colony. You have a very expensive tomb.
The Problem with Lunar Water
The biggest "gotcha" for space optimists is the presence of water ice in permanently shadowed regions. They claim we can mine it, crack it into hydrogen and oxygen, and create a "gas station in the sky."
This ignores the brutal reality of orbital mechanics and thermodynamics.
- Extraction Cost: Mining ice at $40$ Kelvin isn't like digging a well in Nevada. Materials become brittle. Moving parts seize. The energy required to extract, purify, and liquify that water on-site is likely higher than the energy required to just launch it from Earth in a reusable Starship-class vehicle.
- The Gravity Well: Why stop at the Moon to get fuel? To get that fuel into a useful orbit for Mars missions, you still have to fight the Moon’s gravity. It’s a pit stop that adds complexity without significantly reducing the Delta-v requirements for deep space.
The Mars Distraction
Everyone from Elon Musk to the NASA Administrator loves to frame the Moon as a "stepping stone" to Mars. This is a fundamental misunderstanding of systems engineering.
The Moon is a vacuum-sealed desert of abrasive, electrostatic dust that shreds seals and destroys lungs. Mars has an atmosphere (albeit thin) and different chemistry. Developing tech for the Moon doesn't "transfer" to Mars any more than developing a submarine helps you build a tractor.
If we wanted to go to Mars, we would go to Mars. We’d use orbital refueling and direct-transfer trajectories. Instead, we’re building a "Gateway" station in a Near-Rectilinear Halo Orbit (NRHO) around the Moon.
Ask any honest orbital mechanic about the Gateway. It’s a solution looking for a problem. It exists because the SLS isn't powerful enough to put a human-rated lander directly into a low lunar orbit with enough fuel to get back. The Gateway is a mandatory rest stop created by technical limitations, not a strategic asset.
The Private Sector’s Dangerous Dependency
We’re told that private companies like SpaceX and Blue Origin will "save" the mission by lowering costs. While Starship is a legitimate leap forward, the "Commercial Lunar Payload Services" (CLPS) model is creating a bubble.
Small startups are chasing NASA contracts to land tiny, fragile rovers on the lunar surface. There is no customer for these rovers other than NASA. No one is buying lunar data for private enterprise. There is no "Lunar Economy."
- Helium-3? A pipe dream for fusion reactors that don't exist yet.
- Tourism? A market of roughly twelve people globally who can afford the insurance, let alone the ticket.
- Manufacturing? It is cheaper to build anything in a vacuum chamber on Earth than it is to build it $384,400$ kilometers away.
I’ve seen VC firms dump millions into "space mining" startups that have no path to revenue. They’re betting on a government-subsidized future that may never materialize. If the political winds shift—and they always do—the entire "lunar industry" collapses overnight.
The Dust Problem Nobody Talks About
Moon dust, or regolith, is not sand. It’s jagged, glass-like shards created by eons of micrometeorite impacts. It has no wind or water to round its edges. It is also electrostatically charged.
During Apollo, the dust ate through three layers of Kevlar-like material on Jack Schmitt’s boots. It fouled vacuum seals. It caused "lunar hay fever."
We have no proven way to keep a habitat dust-free for months at a time. The moment a seal fails or a HEPA filter clogs, the crew is breathing ground glass. Mainstream articles gloss over this with "advanced coatings" that haven't been tested at scale. We are planning a permanent presence in an environment that is actively trying to grind our lungs into ribbons.
Readdressing the Competition’s Premise
The "bold ambitions" touted by competitors are usually just patriotic fluff. They ask, "How do we get back?" instead of asking, "Why are we going?"
If the goal is science, robots are $100$ times more efficient and $1000$ times cheaper.
If the goal is "inspiring a generation," that’s an awfully expensive PR campaign.
If the goal is to beat China, we are playing a zero-sum game of flags and footprints that doesn't actually advance humanity.
The real innovation isn't on the lunar surface. It’s in Earth’s orbit. High-speed satellite internet, orbital debris removal, and Earth-observation for climate tracking have real, measurable ROI. They save lives and build businesses. The Moon is a shiny object designed to distract us from the fact that we don't have a coherent long-term strategy for space.
The Unconventional Advice
If you are an investor or a founder, stop looking at the Moon. Look at the "boring" stuff.
- In-space assembly: Building large structures in LEO.
- Point-to-point terrestrial transport: Using rockets to move cargo across Earth in 40 minutes.
- Propellant depots: Forget the lunar ice; figure out how to store cryogenics in orbit for years without boil-off.
The Moon is a trap. It is a gravity well of bureaucracy and outdated thinking. We are pouring the best minds of a generation into a project that serves the ego of a few politicians and the balance sheets of a few legacy contractors.
We don't need a lunar gateway. We need an exit strategy from the Moon obsession before it bankrupts the "New Space" movement entirely.
Stop dreaming of the Moon. Start building for the Earth and the orbits that actually matter. The Moon isn't a destination; it's a $100 billion detour.
The Apollo era ended because it was a stunt. Artemis is shaping up to be an even more expensive encore for an audience that has already moved on. If you want to change the world, you don't do it by retreading footprints from 1969. You do it by building infrastructure that can survive a budget cut.
The Moon will still be there in a century. Our lead in actual space technology might not be.
Actionable Order: Divert lunar landing R&D into orbital manufacturing and long-term cryogenic storage. If we can't master LEO, we have no business on the Moon. End the SLS program today and move the funding to fixed-price, milestone-based contracts for reusable heavy-lift. Anything else is just theater.
The Moon is a desert. Stop trying to make it an oasis.
