Signal
Insights May 17, 2026

The $1.75 Trillion Question: Who Actually Built SpaceX?

SpaceX is filing for a $1.75 trillion IPO next month — the largest in history. The capital story is loud. The people story is quieter and more important: you can't buy a team that builds Starship. You grow it.

SpaceX filed its draft S-1 last month at a $1.75 trillion valuation, the biggest IPO in history. Every analyst this week is writing about Starlink revenue and Starship cadence.

None of them are writing about who actually built it.

I want to talk about the people.

What $1.75 Trillion Actually Measures

Here's what's inside that number: Starlink, whose operating income doubled to $4.4 billion last year. The Starship program, the most capable heavy-lift vehicle ever built. The vertical supply chain SpaceX owns from engine manufacturing to launch operations to orbital internet. A DoD launch monopoly that took roughly a decade to dismantle from ULA at Cape Canaveral.

What's not inside that number in any legible way: the more than 15,000 employees who built all of it, most of whom have never worked anywhere else, many of whom turned down better-paying jobs to work on something they believed in.

The capital markets will price the assets. Nobody is pricing the team.

That's the mistake I keep watching enterprises make.

The SpaceX Talent Model

SpaceX didn't build a $1.75 trillion company by hiring the way defense primes hire. Lockheed and Boeing hire through credential-matching: clearance level, degree tier, years of experience in the relevant subsystem. The résumé filters the person. The system absorbs them into a program with a 20-year roadmap.

SpaceX did the opposite.

They hired for mission obsession and threw people at hard problems fast. They recruited from universities, from NASA, from aerospace incumbents who wanted to move faster, from software shops that had never touched hardware. They built a manufacturing culture in Hawthorne where a 26-year-old propulsion engineer could own a Raptor subsystem if they could execute. The failure rate was high. The iteration rate was higher.

"Young people want to see their engineering in the field within a year. It is almost like giving what seems an impossible job to your engineers. You hire the best engineers and you give them really hard projects. They take on hard, crazy jobs and then they benefit as the company grows."
— Gwynne Shotwell, President & COO, SpaceX, Via Satellite / World Space Business Week (September 2025)

The result was a team that reflew a booster before the DoD could finish a requirements document.

You can't replicate that culture by writing a check. You also can't replicate it by hiring two senior engineers and expecting them to recreate it inside an org that hasn't changed how it makes decisions in a decade.

What This Has to Do With You

Most CTOs and VPs reading this are not building rockets. But right now, every engineering org in America is being asked some version of the same question SpaceX answered in 2002: can we build something that the incumbents told us was impossible?

The institutional consensus treated reusable orbital rockets as economically infeasible, a view embedded in NASA's cost-plus contracting culture and Boeing's ULA strategy. The engineering and economics were widely considered prohibitive.

SpaceX did it anyway. Not because Elon had better capital, though he eventually had plenty. Because they recruited people who were constitutionally incapable of accepting the consensus answer.

Your version of that question might be: can we deploy AI into our core product workflow before our competitor does? Can we build an agentic pipeline that runs without 15 human checkpoints? Can we rebuild the data layer fast enough to matter?

The thing is, the answer depends almost entirely on whether you have the right people. Not consultants. Not a committee. Not the vendor's professional services team. Your people. The ones who own the outcome.

The IPO Math Nobody Is Running

SpaceX's $75 billion raise at $1.75 trillion puts the company at roughly 90x last year's revenue. That's a multiple that prices in the belief that this team can keep executing at this pace for the next decade.

Think about what that means. A significant portion of the world's most sophisticated investors are betting, at nearly $2 trillion, that the people inside SpaceX will continue to do things that seem impossible. The capital is secondary. The capital is a result of the team, not the cause.

I've been in staffing for 20 years. I've watched companies spend $50 million on technology infrastructure and $1.5 million on the people who were supposed to implement it. I've watched the technology sit. I've watched the people leave.

The SpaceX IPO is a public accounting of what happens when you invert that ratio. You build the team first, give them the mission, get out of the way, and the capital follows.

Three Things Worth Stealing

The talent you need for your hardest problems is not applying to your jobs. They're working somewhere they find meaningful. You have to go find them and make the case that yours is more meaningful. That's a recruiting problem, an employer brand problem, and a leadership problem all at once.

Senior engineers who've built hard things are worth more than your comp bands say. SpaceX pays competitive but not outrageous salaries. They compensate in mission density, the chance to own something real and move fast. If your org can't offer that, you're competing on salary alone, and you'll lose to the company that offers both.

The best engineering culture is a moat that takes years to build and days to destroy. A reorganization, a round of layoffs that hits the wrong people, a new process that adds three approval layers, any of these can break the thing you spent five years building. Protect it like it's worth $1.75 trillion, because at the scale that matters to your business, it is.

Starship V3 launches in two days. The valuation is already set. The only open question is whether the team holds.