From Orbit to Opportunity: How Fairfax County and a Former NASA Astronaut See the Space Economy Taking Root on Earth
At spaceNEXT 2026, Victor Hoskins of the Fairfax County Economic Development Authority sat down with former NASA astronaut Paul Richards for a main stage conversation that moved from childhood dreams to orbital risk — and ultimately to a central question:
How do we turn space capability into economic opportunity here on Earth?
The answer, they argued, starts with people, pipelines, and place.
A Platform Built on Regional Commitment
Hoskins opened by reflecting on how spaceNEXT itself began — not as a certainty, but as an idea.
What started as a small convening at an embassy grew into a cross-national, cross-industry gathering. Companies like IonQ and HawkEye 360 were early participants. Investors were in the room. The appetite was there.
But the scaling required something more.
Hoskins credited Fairfax County’s Board of Supervisors for backing the vision early — investing as a founding sponsor and enabling regional collaboration across Northern Virginia.
That early commitment mirrors what happened with Quantum World Congress: start focused, build momentum, expand globally.
The message was clear: ecosystems don’t happen accidentally. They are seeded intentionally.
An Astronaut’s Origin Story
Before commercialization, before private space stations, before laser communications — there was Apollo.
Richards described watching an Apollo launch in kindergarten and deciding, on the spot, he would become an astronaut.
He also joked he wanted to be James Bond and president.
But becoming an astronaut required something far less cinematic: persistence.
Richards was the first in his family to attend college. He worked factory and restaurant jobs before enrolling in Drexel University’s cooperative education program — an experience he credits as foundational.
He wrote more than 50 letters to NASA Goddard before finally landing a job in 1987.
“I never used to believe in luck,” he said. “Now my definition of luck is when preparation meets opportunity.”
The Risk We Don’t Talk About
The conversation turned serious when Richards described launch day.
Despite the statistics and training, he gave himself a 50/50 chance of returning home.
Astronauts write two sets of letters before launch — one for orbit, and one goodbye letter in case they do not return.
“We made it look easy,” he said of early space missions. “But it’s not easy.”
Hurling humans to Mach 25 into a vacuum with temperature swings of hundreds of degrees is inherently dangerous. As commercial spaceflight expands, Richards warned that society may need to recalibrate its understanding of risk.
“It’s not a matter of if,” he said of future accidents. “It’s a matter of when.”
Engineering That Changes Missions
Before he flew, Richards was a mechanisms engineer at NASA Goddard and designed what became the Pistol Grip Tool (PGT) — a power tool used during Hubble servicing missions.
At first, NASA nearly didn’t fly it.
During a long EVA, alternative tools failed. Astronauts returned to the airlock and completed the mission using Richards’ design.
That moment changed internal culture.
His approach relied heavily on what he called “spin-ins” — adapting and enhancing commercial technologies for space use rather than inventing everything from scratch.
“Go out in industry, find the best there is, improve it, and get it made faster and cheaper,” he said.
Commercial integration wasn’t just cost savings. It was acceleration.
Talent Is Built by Doing
One of the most powerful threads of the session focused on workforce.
Fairfax County has invested directly in K–12 and university pipelines. Richards pushed the concept further: talent must be hands-on.
He hired more than 200 co-op students over his career and encouraged them to rotate through different environments — government, startups, large companies — to understand both technical and business realities.
“You need to get out and do it,” he said.
He also warned about losing institutional knowledge. If governments outsource everything without maintaining in-house expertise, they lose the ability to buy intelligently.
“You end up with nobody who knows how to build — and then nobody who knows how to buy.”
For a region dense with NOAA, Space Force, DARPA, University of Maryland, Johns Hopkins APL, and federal decision-makers, that warning carries weight.
Why Greater Washington Wins
Richards revealed that his current company plans to move its headquarters to the DC–Arlington region.
Why?
Customers.
Policy proximity.
And talent density.
“People, process, and product,” he said. “The people are the foundation.”
Greater Washington isn’t just policy-rich. It is asset-rich in aerospace capability — from Wallops launch infrastructure to research labs and national security integration.
The opportunity, as Hoskins framed it, is ensuring the region does not underperform its own strengths.
Ask Why. Always.
In perhaps the most practical takeaway of the session, Richards described how bureaucratic rules often calcify without context.
He created a simple internal formula for his teams:
Y³ ≥ BS.
If you can’t explain why three times over, the rule may no longer make sense.
He traced one NASA material restriction all the way back to a 1950s launchpad corrosion study — a constraint that had been copied into decades of documentation without scrutiny.
Innovation requires discipline. But discipline requires understanding.
Looking Toward 2035
When asked for a bold prediction for spaceNEXT 2035, Richards pointed to laser communications, next-generation propulsion, and private-sector expansion into lunar and beyond.
History, he said, doesn’t repeat — but it rhymes.
The early aviation era was risky. So was early exploration. Space will follow a similar arc.
If society maintains the determination to explore — and the discipline to build wisely — the capabilities of 2035 may feel routine.
But they will have been built deliberately.
Here on Earth.
