Eric Schmidt wants to go to Mars. Not in a tweet or a TED Talk fantasy, but with actual hardware, a launch window, and a NASA contract stamped in ink. The former Google CEO's rocket company, Relativity Space, just got picked to carry the Aeolus payload to the Red Planet in 2028. The news dropped on a Wednesday, buried in a TechCrunch scoop, and it should have rattled more windows than it did.
This is not your father's space race. The old narrative—NASA builds, NASA flies—is dead. The new one is messier, faster, and way more Silicon Valley. Relativity Space is not Boeing. It's not Lockheed. It's a Long Beach startup that 3D-prints its rockets, burns methane, and is led by a man who once ran the world's most powerful advertising machine. And now they're going to Mars.
The Schmidt Factor: What a Former Google Boss Brings to the Launch Pad
Let's not kid ourselves. Schmidt's presence changes the emotional temperature of this mission. When a billionaire or a tech titan enters aerospace, the room splits. Half cheer for disruption. Half brace for hubris. Schmidt, who chaired the National Security Commission on Artificial Intelligence and owns a yacht named after a Van Morrison song, is not your typical rocket CEO. He's a political operator, a money magnet, and a man who once said Google's mission was to 'organize the world's information.' Now he's organizing payloads for interplanetary delivery.
Relativity's rise has been steady, not meteoric. Their Terran 1 rocket flew once in 2023—a partial success. The bigger Terran R, designed to compete with SpaceX's Falcon 9, is still in development. Yet NASA handed them a Mars launch contract. This is not charity. This is a calculated bet that 3D-printing rockets faster and cheaper than traditional manufacturing will change the economics of deep space.
“The old guard builds rockets in factories that look like cathedrals. Relativity builds them in printers that look like giant vending machines. That's not just different tech—it's a different theology.”
Why Aeolus Matters: The Science That Hides Behind the Hype
NASA's Aeolus payload is not sexy. It won't land with a skycrane or drill for ice. Aeolus is a set of instruments designed to study Martian atmospheric dynamics—wind, dust, temperature gradients. The kind of science that gets a paragraph in the press release but zero Instagram posts. But here's the thing: if you want to land humans on Mars, you need to understand the weather. Dust storms can kill. Pressure shifts can foil parachutes. Aeolus is a scouting mission for the human era.
That's the quiet truth behind the Schmidt headline. This isn't just a contract. It's a dry run for the architecture that might one day carry astronauts. Relativity's Terran R, if it works, could offer a medium-lift alternative to SpaceX's Starship. NASA, burnt by years of sole-source dependency on Elon Musk's company, is desperate for options. They want a second player at the table. They want a plan B.
The Politics of Mars: NASA's Calculated Gamble on a New Player
Let's talk about the elephant in the payload bay: why not SpaceX? Starship is bigger, more powerful, and already under contract for Artemis lunar missions. But NASA's relationship with Musk is complicated. Starship's development has been erratic. The FAA has been circling. And Musk's public antics make some NASA officials wince. Schmidt, by contrast, is a known quantity in DC. He chaired the Defense Innovation Board. He has testified before Congress. He speaks the language of risk management, not memes.
This is not a conspiracy. It's portfolio theory. NASA is diversifying. They're placing small bets on multiple horses—Relativity, Blue Origin, Firefly, maybe even Rocket Lab—so that if one stumbles, the program survives. The era of the single prime contractor is ending. The era of the agile startup is here.
“NASA is acting like a venture capitalist with a planetary agenda. They're spreading the risk, hoping one of these kids hits the jackpot. Mars is the prize.”
The Human Truth: What Our Obsession with Mars Really Says About Us
Step back from the hardware and the contracts. Why Mars? Why now? The answer is both practical and primal. Mars is the horizon. It's the place we tell ourselves we're going when Earth feels too small, too broken, too full of our own mistakes. Every Mars mission is a promise that the future is not just a warmer version of the present. That we can still dream big, spend big, achieve big.
But there's a shadow side. The billionaires' race to Mars sometimes feels like an escape hatch—a way for the ultra-wealthy to imagine a backup planet while the one we have burns. Schmidt, Musk, Bezos: they all talk about saving humanity, but their rockets are built on tax breaks, government contracts, and the labor of engineers who can barely afford rent in Los Angeles. That tension—between aspiration and inequality—is the subtext of every launch.
Still, I can't bring myself to be cynical about a mission to another world. There is something stubbornly beautiful about a species that sends a robot to measure dust on a planet 140 million miles away. It's ridiculous. It's expensive. It's our best self.
What 2028 Will Tell Us
If Relativity's Terran R flies on schedule and delivers Aeolus to Mars orbit in 2028, the narrative shifts. A startup that didn't exist a decade ago will have done what only governments and two other companies have managed: a successful interplanetary mission. If it fails—if the rocket blows up, if the payload misses its aim—the critics will howl. Schmidt will be called a dilettante. NASA will be called reckless.
But here's the thing about space: you have to try. You have to take risks. The alternative is to stay home, and staying home has never been our style. Relativity Space's 2028 mission is a bet on a new way of building, a new way of partnering, and a new kind of leader. It might crash. It might soar. Either way, it will teach us something about who we are.
The countdown starts now.
