Eclipse's Fabless Model: System Architect, Not Factory Owner

Thirty employees. No factory. Megaconstellations that customers own outright. The argument Eclipse Space brought to our stage is that vertical integration, the thing the industry copied from SpaceX, was never the source of the advantage. Own the design and the supply chain, let someone else own the plant. That inversion puts constellation ownership within reach of buyers who could never build one.

Derek Huerta spent seven years at SpaceX as a satellite payload engineering manager, leading the team behind the phased arrays that link Starlink satellites to the ground. He joined Space Capital operating partner Tom Whayne, formerly CFO of OneWeb and CSO of Maxar, two weeks after SpaceX delivered the largest IPO in history. The technology, Huerta said, is "too important to leave in the hands of just these trillion-dollar companies."

Roughly half of Eclipse's 30 employees came from Starlink, 13 from the years the program was still called Satellite Development, and they work out of Redmond, Washington, where SpaceX builds Starlink satellites. First customer hardware ships later this year, and a demonstration spacecraft follows in 2027.

What Starlink actually got right

Whayne opened with the scale problem. In fifty years of satellite communications, only two companies have organically reached a billion dollars of connectivity revenue. Inmarsat needed thirty years. SpaceX needed a handful.

So what was the mechanism? Huerta named two things, and neither was vertical integration. The first was treating the user terminal, the spacecraft, and the launch vehicle as one system, so trades could be made across it, not inside one slice. The second was importing mass-manufacturing discipline from industries that had already solved it, designed in from the start, not retrofitted later. "You don't actually need to own a factory," he said.

The factory is the anchor

That is the fabless argument, and Eclipse runs it the way Apple runs Foxconn and NVIDIA runs TSMC. It owns the design, architecture, integration, and on-orbit operations, and engineers the spacecraft so building it doesn't demand highly skilled labor.

So why has everyone copied vertical integration? A factory obligates you to fill it. SpaceX and Amazon generate their own demand. Everyone else builds the plant, then hunts for customers, and idle capacity raises unit costs, pricing out the buyers who would have filled it. The moat becomes an anchor. 

The crossover point

Underneath all of it is one metric: dollars per throughput delivered in orbit. Drive it down far enough and serving a rural user from orbit costs less than a tower does. At that point the billions telcos spend annually on radios and towers redirect upward. Eclipse starts with direct-to-device because it is the hardest version of the problem, and the stack that solves it carries over to broadband and orbital compute.

The third option

Huerta picked up the NASA Deputy Administrator's point from earlier in the day: space inverts the usual order, because commercial operators built the infrastructure and governments became the tenants. Countries are discovering they depend on capability they neither own nor control. China's answer, exported along the Belt and Road, is to build and finance your constellation and keep the strings. The American answer has been leased capacity on someone else's network. Huerta called Eclipse's model a third way: infrastructure built in-country on what he described as an ITAR-free platform, which the customer owns and operates.

What it means

We have described the space economy as a repeating pattern: infrastructure gets built, becomes invisible, then becomes the foundation of the next commercial layer. GPS, then GEOINT, now SatCom. Eclipse's bet is that this time the infrastructure layer itself becomes something you buy rather than a program you run.

Before Eclipse had a logo, a website, or an office, Huerta had someone on a plane building the supply chain and had met heads of state. An advisor told him he was doing it backwards. The supply chain was the hard part. The logo could wait.

The full conversation covers the financing problem behind billion-dollar constellations, why Eclipse sells commercial before government, and what its first demonstration spacecraft looks like.

Watch it here: The Fabless Satellite Revolution at the Space Capital Summit 2026 at Nasdaq MarketSite