## The Moon is a Distraction
NASA finally got its rocket off the ground. The crowd cheered. The commentators choked up on live television. The headlines read like a victory lap for humanity.
It was a beautiful display of pyrotechnics. It was also a massive step backward.
The media is playing right along, treating this return to the moon as some grand awakening of human ambition. They want you to believe we are on the cusp of a new golden age of exploration. They are selling you nostalgia wrapped in a shiny new orange fuel tank.
Let's stop pretending. The Artemis program is not about bold exploration. It is a jobs program disguised as a space race, built on technology that was already aging when the Berlin Wall came down. We are spending billions to replicate what we already accomplished in 1969, while actively ignoring the actual future of space industrialization.
I have spent years analyzing aerospace procurement and talking to the engineers who are quietly terrified that we are wasting the best years of the new space age on a political vanity project. They know what the public does not: we are trying to build a railroad to the moon using steam locomotive logic in the era of the bullet train.
The $4 Billion Disposable Rocket
Let's look at the actual hardware. The Space Launch System (SLS) is the core of this entire operation. NASA and its legacy contractors spent over a decade and roughly $23 billion developing it.
And it is disposable.
Every single time that rocket launches, $4 billion of high-end aerospace engineering drops directly into the Atlantic Ocean. Gone. Forever.
To put that in perspective, imagine buying a brand-new Boeing 747, flying it once from New York to London, and then intentionally crashing it into the sea and buying a new one for the return trip. No airline would survive that business model. No modern industry operates that way. Yet, we are expected to applaud it because it has the NASA meatball logo on the side.
The Myth of Legacy Hardware
The standard defense of SLS is that it uses proven technology to save money and increase safety. It utilizes modified Space Shuttle main engines (RS-25) and solid rocket boosters.
Here is the part they do not mention in the press releases: those RS-25 engines are some of the most complex, beautiful, and expensive pieces of machinery ever built. They were designed specifically to be reused. They were built to be flown, brought back, refurbished, and flown again.
NASA is literally taking museum-grade, reusable engineering and throwing it in the trash.
Why? Because the cost and infrastructure required to refurbish them became politically untenable. So instead of innovating, we decided to just throw them away. It is the definition of a sunk-cost fallacy. We are using them because we have them, not because they are the right tool for the job.
People Also Ask: Why Can't We Just Use SpaceX?
This is the question that makes NASA administrators sweat. If you look at the "People Also Ask" section on any search engine regarding the moon mission, this query dominates. The public is starting to notice the glaring disparity between government space programs and private enterprise.
The premise of the question is actually correct. We could use commercial heavy-lift vehicles. In fact, we should.
The typical counter-argument from traditionalists is that private companies like SpaceX are not ready, or that their systems lack the redundancy required for human spaceflight. This is a flawed premise born of bureaucratic protectionism.
Let's look at the data:
- Cost per launch: SLS costs roughly $4.1 billion per launch. A fully expendable Falcon Heavy costs a fraction of that, and even Starship, when fully operational, is projected to cost orders of magnitude less.
- Launch cadence: SLS will be lucky to fly once a year. Private operators are launching hardware weekly.
- Innovation speed: SLS took over a decade to reach its first test flight. In that same timeframe, private space companies iterated through multiple generations of reusable rocket technology.
The argument that we need SLS for "heavy lift capability" is evaporating by the day. We are keeping it alive because canceling it would mean admitting that the last fifteen years of government rocket development was a colossal mistake. It would mean cutting jobs in specific congressional districts. It is about politics, not physics.
The Lunar Gateway is a Toll Booth in Space
If the rocket itself is a monument to inefficiency, the proposed plan for what we do when we get to the moon is even worse. Enter the Lunar Gateway.
NASA wants to build a small space station in orbit around the moon. Astronauts will fly from Earth, dock with the Gateway, and then take a separate lander down to the lunar surface.
On paper, it sounds like a great staging ground. In reality, it is a orbital toll booth that serves no actual engineering purpose for getting to the surface.
Renowned aerospace engineer and Mars Society president Robert Zubrin has been screaming about this for years. He rightly points out that putting a space station in high lunar orbit actually makes getting to the surface harder, not easier. It requires more propellant, adds another complex docking maneuver, and introduces a massive single point of failure.
If you want to go to the moon, you go to the moon. You do not stop at a station halfway there just to justify the cost of building the station.
We are adding infrastructure for the sake of having infrastructure to manage. It creates jobs, justifies budgets, and produces great computer-generated graphics for congressional briefings. It does very little to advance actual space exploration.
The Opportunity Cost of Nostalgia
Every dollar spent on recreating the Apollo program with 1980s technology is a dollar not spent on the actual breakthroughs we need.
We are ignoring the real frontiers:
- In-Situ Resource Utilization (ISRU): We need to learn how to make fuel and building materials out of regolith and space ice. We are doing minor experiments on this when it should be the absolute tip of the spear. If you cannot live off the land, you are just camping. Artemis is a glorified camping trip.
- Advanced Propulsion: Chemical rockets will never get us to the outer solar system in a reasonable timeframe. We need focused, aggressive research into nuclear thermal and nuclear electric propulsion. We are playing with fireworks while we should be developing fission engines.
- Orbital Manufacturing: The real economic value of space in the next fifty years is making things in zero gravity that cannot be made on Earth, like perfect ZBLAN optical fibers or complex protein crystals. SLS does nothing to advance this.
We are looking at the moon through the lens of the 1960s. Back then, it was about flags and footprints. A geopolitical chest-thumping exercise. We won that race. Doing it again does not prove anything.
How to Actually Colonize Space
If we are serious about becoming a multi-planetary species, we have to burn the current playbook. We need to stop asking the government to build the transportation infrastructure.
Governments are terrible at running transport lines. Imagine if the US federal government was the only entity allowed to build and operate airplanes. We would still be flying in heavily armored, multi-billion-dollar Spruce Gooses.
The model that actually works is the one we used for the internet. The government funded the core research (ARPANET) and then got out of the way, allowing private enterprise to build the actual infrastructure and consumer products.
In space, the government's role should be:
- Funding high-risk, high-reward basic research (like advanced propulsion and material science).
- Acting as a guaranteed customer for private transportation services.
- Establishing clear property rights and legal frameworks for space mining.
Stop building the rockets. Buy the tickets.
If NASA announced tomorrow that it was canceling SLS and offering a $10 billion prize to the first company to deliver 100 tons of payload to the lunar surface, we would be living on the moon by 2030. The competition would be fierce, the innovation would be staggering, and the cost to the taxpayer would be capped.
Instead, we have guaranteed contracts where legacy aerospace giants get paid more the longer they take and the more they overspend. It is a system designed to produce delays.
The Hard Truth About Space Exploration
Let's be clear about the downsides of the contrarian approach I am advocating. If we pivot entirely to a commercial, prize-based model, we lose central control. We lose the ability for Congress to direct jobs to specific states. We lose the comfort of a slow, heavily documented, bureaucratic process that prioritizes risk mitigation over actual progress.
Yes, private companies will fail. Rockets will explode on the pad. There will be setbacks that are played out on social media in real-time, without the polished PR machine of a government agency to soften the blow.
But failure is how we learn. The Apollo program succeeded because NASA was allowed to fail spectacularly in the early days. They blew up dozens of rockets on the test stands. They took massive risks because the goal was worth it.
Today's NASA is terrified of failure. A single accident can threaten an entire program's funding for a decade. So they move at a glacial pace, checking every box twice, spending billions on analysis paralysis, and ultimately delivering yesterday's technology tomorrow.
We have traded boldness for job security.
The Artemis launch was a spectacle. It looked great on camera. But do not confuse a massive firework with actual progress. We are repeating history because we are too timid to build the future.
Stop cheering for the expensive display of nostalgia. Demand that we stop building museums and start building the infrastructure that actually takes us to the stars.
