BUILDING THE MARKETPLACE LOOP
Connecting Earth, Orbit, and the Commercial Space Economy
Based on an interview with
Marshall Smith
CEO
Starlab Space
For decades, the International Space Station has been a laboratory for learning what becomes possible when gravity is largely removed from the equation. Research aboard the ISS has advanced everything from materials and pharmaceuticals to biology and manufacturing. Now, Starlab CEO Marshall Smith sees the next step coming into focus: turning what we have learned into a functioning commercial marketplace.
“Our purpose is to build a commercial economy,” Smith said. “The space station is just the location where the factory is, if you will.”
That distinction changes the conversation. Starlab is more than a destination in orbit. It is being designed as one part of a commercial loop that begins on Earth, moves research, people, materials, and technology into orbit, creates value in microgravity, and ultimately brings products, knowledge, and economic benefit home.
“Everything starts on the surface, and it ends on the surface,” Smith said.
FROM RESEARCH TO MARKET
The ISS helped establish the scientific foundation. Starlab is being purpose-built to help companies take the next step from experimentation toward repeatable commercial activity.
“How do we move from basic research, ‘Oh, this is a cool result,’ to, ‘How do we start using thiscommercially?’” Smith asked.
That could include semiconductor manufacturing, biopharmaceuticals, advanced materials, and products that benefit from the unique conditions of microgravity. Starlab is designed with 100 percent of the ISS payload space, while covering roughly 40 percent of the pressurized volume. Its scale is intentional. NASA can remain an important customer alongside international agencies, researchers, manufacturers, and commercial companies.
Demand is already taking shape. He described Starlab as 180 percent oversold, based on reservations and contracts rather than simply expressions of interest, with demand that includes major industrial and pharmaceutical companies and multiyear leases.
BUILDING FOR SCALE
Commercial production also requires a different rhythm. A factory cannot continually wait for the next shipment of tools or equipment before production continues. Starlab is being designed to bring more of the capabilities familiar to terrestrial manufacturing into orbit, allowing customers to work with greater consistency and scale.
The station is designed around that philosophy. Starlab is planned for a continuous crew of four, with a habitat approaching eight meters in diameter. The larger volume allows more equipment inside for easier maintenance and enables much of the station to be built, integrated, and tested on Earth before launch.
Starlab is developing an ecosystem to help customers mature ideas and prepare research and products for orbit. Transportation, communications, logistics, power, return capability, and terrestrial infrastructure are part of the equation, connecting the station to a larger commercial marketplace.
Designed around international standards, Starlab can accommodate multiple transportation providers, while commercial ground stations, communications networks, launch providers, and return systems become part of the infrastructure surrounding it.
Smith ultimately sees commercial stations becoming nodes within something much larger.
“The station is the platform” he said. “It’s the place where things get built, get researched, get done. But it is part of an overall ecosystem.”
That ecosystem is the marketplace loop: Earth to orbit, orbit to Earth, and back again. As research becomes production, transportation becomes routine, and customers rely on infrastructure beyond their own spacecraft, the commercial economy in LEO starts looking less like a collection of individual missions and more like an interconnected market.
And that may be the most important transition of all.
ABOUT STARLAB SPACE
Starlab Space is a U.S.-led, global joint venture, including Voyager Technologies, Airbus, Mitsubishi Corporation, MDA Space, Palantir Technologies, and Space Applications Services, that is developing a next-generation, AI-enabled commercial space station and aiming to ensure a continued human presence in LEO and a seamless transition of microgravity research from the ISS into the new commercial space station era.
starlab-space.com
Join Marshall at SpaceCom for his panel:
The Case for Commercial Space Stations: Innovation Needs Customers