🤚 The Open-Palm Descent

There was a time — not long ago, cosmologically speaking — when putting a kilogram of anything into low Earth orbit cost about $54,500. That was the Space Shuttle era, when going to space required a government budget, a few thousand engineers, and the quiet acceptance that you were essentially strapping yourself to a controlled explosion funded by taxpayers.

Today, SpaceX’s Falcon 9 does it for roughly $2,720 per kilogram. The company’s internal cost? Closer to $629/kg. That’s a 97% reduction in the price of leaving Earth, achieved in roughly two decades. And the truly unsettling part? This is just the beginning.

Peter Diamandis — futurist, XPRIZE founder, and a man who has been predicting the democratization of space since before most of us had email — believes the price collapse is now inevitable and irreversible. His argument: the same exponential cost curves that made smartphones universal will make space travel accessible to ordinary humans within our lifetimes.

👐 The Two-Handed Trajectory

The numbers tell a story that even the most skeptical economist would find difficult to dismiss.

The trajectory of cost per kilogram to LEO:

• Space Shuttle (1981-2011): ~$54,500/kg
• Expendable rockets (2000s): $10,000-$20,000/kg
• Falcon 9 (current): ~$2,720/kg
• Starship (target): sub-$500/kg initially, potentially under $100/kg with full reusability
• Starship (50+ flights per vehicle): projected $19/kg

Read that last number again. Nineteen dollars per kilogram. That’s less than the cost of checking a bag on a budget airline, except instead of going to Orlando, you’re going to orbit.

The key breakthrough isn’t any single technology — it’s reusability at scale. SpaceX has already demonstrated this with Falcon 9, where 85% of launches now use previously-flown boosters. Each reuse amortizes the manufacturing cost further. Starship takes this principle and applies it to a vehicle that can carry 200 metric tons to LEO — roughly ten times Falcon 9’s capacity.

The first publicly disclosed commercial Starship pricing came from Voyager Space, which revealed a contract for $90 million per launch scheduled for 2029. That sounds expensive until you divide it by 200,000 kilograms of payload capacity and arrive at $450/kg — a price that would have been science fiction a decade ago.

🌿 The Gentle Awakening

There’s a pattern in technology that Diamandis has been evangelizing for years: things that start as expensive luxuries for governments and billionaires inevitably become cheap services for everyone. Air travel. Computing. Telecommunications. GPS. The internet itself. Each followed the same arc — prohibitively expensive, then merely expensive, then affordable, then so cheap it becomes invisible infrastructure.

Space is entering the “merely expensive” phase, which means the “affordable” phase is mathematically inevitable absent some catastrophic interruption to the trajectory. SpaceX now conducts more orbital launches annually than every other provider on Earth — private and governmental — combined. They’re targeting 170+ launches in 2026 and handling roughly 80% of global payloads.

This dominance has already democratized access for smaller players. SpaceX’s rideshare program allows startups, universities, and small nations to hitch a ride to orbit for a fraction of what a dedicated launch would cost. The small satellite industry — an entire economic sector — essentially exists because SpaceX made it affordable.

But Diamandis’s vision extends further than cheap satellites. He’s talking about a future where humans routinely go to space — not as astronauts selected from thousands of candidates, but as passengers on something closer to a commercial airline. The price curves suggest this isn’t fantasy. It’s extrapolation.

👑 The Crown Verdict

Here is the uncomfortable truth that makes aerospace executives reach for their antacids: SpaceX has done to launch costs what the Model T did to transportation. And just as Henry Ford’s assembly line didn’t just make cars cheaper — it created suburbs, highways, shopping malls, road trips, and an entirely new American way of life — cheap access to orbit won’t just make satellites cheaper. It will create industries, economies, and ways of living that we cannot yet fully imagine.

Orbital manufacturing. Space-based solar power. Asteroid mining. Point-to-point suborbital transport. These aren’t science fiction concepts waiting for a breakthrough — they’re business plans waiting for a price point. And that price point is arriving on a curve that bends only in one direction.

The question is no longer whether space becomes accessible. It’s whether the rest of the economy — regulatory frameworks, insurance models, training pipelines, public imagination — can keep up with a cost curve that has already dropped 97% and shows no signs of flattening.

Peter Diamandis believes we all have the opportunity to go to space. The math, for once, appears to agree with the optimist.

Inspired by This Will Enable Us to Go to Space | MOONSHOTS by Peter Diamandis.

Your escape velocity is showing. Launch wisely.