The sentimentality is suffocating.
The media is currently swooning over Reid Wiseman, the commander of Artemis II, and his radio call to an old friend. It is being framed as a "human moment," a testament to the enduring power of friendship in the face of the vast, cold vacuum of space. We are told these gestures make the multi-billion-dollar price tag of lunar exploration relatable.
They don't. They are a distraction from a hard reality we are too polite to mention: We are spending $100 billion on a nostalgia act, and we are using high-school-level sentimentality to paper over a massive lack of strategic utility.
The High Cost of Human Props
The "commander sends a message" trope is the oldest trick in the NASA PR handbook. It serves to humanize a machine that is, quite frankly, decades behind the curve. While private sector entities are iterating at speeds that make the federal government look like it's moving through molasses, Artemis relies on the "Right Stuff" aesthetic to maintain public interest.
We need to stop pretending that a phone call from high orbit justifies the existence of a Space Launch System (SLS) that costs $2 billion per launch. If you want to talk to your friend, use a satellite. If you want to advance the species, build an infrastructure that doesn't rely on 1970s engine tech rebranded for the 2020s.
The "human element" isn't the mission's strength; it is its biggest bottleneck. Humans are heavy. Humans are fragile. Humans require life support, pressurized cabins, and constant psychological monitoring. When we prioritize the story of the astronaut over the capability of the hardware, we are choosing theater over progress.
The SLS Elephant in the Room
Let's look at the math. The SLS is a non-reusable rocket. Every time it flies, we throw away a masterpiece of engineering into the ocean.
Compare this to the rapid prototyping seen in South Texas. While NASA celebrates a radio message, private innovators are catching boosters with mechanical arms and aiming for a cost-per-kilogram that makes the SLS look like a luxury yacht used for a grocery run.
The argument often used to defend this inefficiency is "safety and reliability." But reliability in the aerospace world is a function of flight frequency, not the length of the development cycle. You don't get safer by building one rocket every three years; you get safer by launching every week, failing fast, and fixing the flaws in real-time. Artemis II is a victory for bureaucracy, not for radical innovation.
Friendship is Not a Mission Objective
There is a technical term for including sentimental radio calls in mission profiles: PR padding.
Every second spent on scripted emotional beats is a second not spent on the grueling, unglamorous work of testing deep-space navigation or radiation shielding. We have been to the moon. We did it with less computing power than a modern toaster. Going back is only impressive if we are doing something fundamentally different—like establishing a permanent, self-sustaining presence or testing mass-driver technology.
A flyby with a heartfelt message is a $4 billion selfie.
The False Choice of Inspiration
Critics will argue that "inspiration" is a valid return on investment. They claim that seeing a man talk to his friend from the far side of the moon will inspire the next generation of engineers.
I’ve spent twenty years in the industry. I’ve seen what actually inspires engineers. It isn't a greeting card from orbit. It’s the opportunity to work on hardware that isn't bogged down by twenty-year-old procurement contracts. It’s the chance to build something that actually flies more than once a decade.
True inspiration comes from the impossible becoming routine. When flight becomes a utility, the world changes. When flight remains a "heroic" rarity reserved for a few chosen individuals to make phone calls, it remains a curiosity.
The Engineering Reality
To understand why the Artemis approach is flawed, you have to look at the mass fraction. For every kilogram of "human" we send to the moon, we sacrifice dozens of kilograms of scientific instrumentation.
- Radiation Protection: A human needs centimeters of shielding or massive hydrogen-rich blankets. A rover doesn't care.
- Consumables: A human needs liters of water and kilograms of oxygen every single day. A sensor needs a battery and a solar panel.
- Safety Margins: The engineering requirements for a "human-rated" vehicle add 30-50% to the cost and complexity of every single component.
When we prioritize the "message to a friend," we are doubling down on the most expensive way to explore the solar system. We are choosing the narrative of the explorer over the data of the scientist.
The Deep Space Governance Gap
Beyond the technical hurdles, there is the issue of what we are actually going to do once we get there. Artemis is frequently touted as a "stepping stone" to Mars.
If Artemis is a stepping stone, it’s one made of gold-plated lead. We are building a station in lunar orbit—the Gateway—that many orbital mechanics experts, including those who have worked on the ISS, view as a "toll booth" that adds unnecessary complexity and delta-v requirements to any actual landing mission.
Why is it being built? Because it provides a permanent "home" for those human stories we love so much. It gives the commander a place to sit and send more messages. It does not, however, provide a faster or cheaper way to get to the lunar surface.
The Trap of Sunk Cost
We are currently stuck in a cycle where the Artemis program is "too big to fail." Because we have already spent tens of billions, we must justify it by highlighting the emotional resonance of the crew.
I've seen this in corporate boardrooms a thousand times. A project is failing its KPIs, the budget is blown, and the timeline is a joke. What does the CEO do? They pivot to "brand storytelling." They stop talking about the ROI and start talking about the "journey" and the "people."
That is exactly what this focus on Wiseman’s message represents. It is a pivot away from the embarrassing reality that we are using a 1980s-derived architecture to do 1960s-style missions in the 2020s.
The Path Forward (If We Dared)
If we wanted to actually "disrupt" the moon, we would stop the hero-worship.
- Automate Everything First: Send a fleet of a hundred autonomous rovers to map every square inch of the lunar poles.
- Infrastructure Before Inhabitants: Land power plants and oxygen extractors before a single human sets foot on the dust.
- End the SLS Monopoly: Open every single launch contract to a fixed-price, competitive bid. If a private company can do it for 10% of the cost, let them.
Instead, we get a story about a commander and his friend. It’s a nice story. It makes for a great headline. But it’s not progress. It’s a PR campaign for a stagnant status quo.
The cold truth is that space doesn't care about your friendships. It cares about physics, fuel, and the brutal efficiency of your hardware. Until we value those things more than a heartwarming anecdote, we are just orbiting our own ego.
Stop clapping for the message. Start demanding a better rocket.
