The U.S. Space Force has a factory problem. Not a technology problem. Not a software problem. The constraint is how many satellites you can build, test, and launch — and for the most sensitive missions in orbit, the answer right now is: not enough.
That gap is what Turion Space closed on this week, announcing a $75 million Series B funding round led by Washington Harbour Partners. The press release called it an infrastructure story. It is — but the infrastructure in question is a manufacturing line.
Turion was founded in 2020 by Ryan Westerdahl, who spent eight and a half years as a propulsion dynamicist at SpaceX, alongside Tyler Pierce from Lockheed Martin's Skunk Works and software engineer Patryk Wiatr, according to a detailed company profile on KeepTrack. The pitch was direct: build satellites that photograph and track other objects in orbit, sell that data to the military and commercial operators, and use the revenue to fund spacecraft that can eventually service and deorbit defunct satellites. The first part is operational. The second part is still a roadmap.
The company launched its first satellite, DROID.001, in June 2023 — a 32-kilogram spacecraft built on a NanoAvionics bus from Lithuania, carrying a single camera from Australian firm HEO Robotics. Its second, DROID.002, launched in March 2025 on a SpaceX Transporter rideshare. At 90 kilograms, with an in-house Droid bus and two HEO cameras including the debut flight of HEO's larger Adler imager, DROID.002 is a different class of hardware. The Adler features a 194-millimeter aperture and can capture objects at 1.1-meter ground sample distance from 500 kilometers altitude — enough to distinguish major structural features on a passing satellite, like solar panels and antenna booms, without maneuvering anywhere near the target. It shoots at up to 100 frames per second, which means it can capture another spacecraft mid-maneuver rather than just recording its final position.
Both satellites are still operating. Together they have delivered over 40,000 images. Turion is now the first NOAA-licensed commercial provider of resolved non-Earth imaging in the United States, according to SpaceNews.
That data is flowing into the Space Force. DROID.001's imagery is integrated into the Unified Data Library, the military's real-time picture of what's in orbit. The commercial imagery feeding directly into national security architecture is not abstract — it is happening.
What makes the Series B interesting is not the software. It is the factory.
The most concrete evidence is a contract that predates the funding round. In December 2024, the Space Force awarded Turion a $32.6 million firm-fixed-price contract through its SpaceWERX Strategic Financing Initiative for three multi-payload satellites: two in low Earth orbit and one in geostationary orbit, all capable of rendezvous and proximity operations and high-resolution satellite-to-satellite imaging. The vehicles are due by October 2028. That contract — $32.6 million against a company with two operational satellites and roughly $37.5 million in prior funding — is the government pre-ordering the production ramp before the capital to build it had been raised.
The Series B closes that gap. The funding will accelerate spacecraft manufacturing throughput, with a stated target of increasing annual production capacity from 8 vehicles to 40 — a fivefold jump. The company employs approximately 200 people at its Irvine, California headquarters and moved into a 2,400-square-meter production facility in 2025.
The software layer underneath that hardware matters. In January 2026, Turion acquired Tychee Research Group, a Los Angeles astrodynamics firm, folding its Mission Planning Library into the Starfire operating platform. The library, which Tychee had been uploading to DROID.002 via the Starfire Nexus interface, had been validated to within one meter of NASA's GMAT reference tool for orbital calculations while running approximately 25 times faster on-orbit. That speed advantage is not academic: a satellite calculating its own maneuvers in real time, without waiting for ground commands to propagate, can respond to a threat picture that changes faster than a ground station can track.
Critical Software, a Portuguese company specializing in mission-critical embedded systems, had separately used Starfire Nexus to bring its Karvel flight software platform to Technology Readiness Level 8 — meaning it had been successfully demonstrated in an operational environment — on DROID.002's hardware. The platform is designed for exactly the missions Turion's roadmap describes: rendezvous, debris removal, satellite inspection.
That roadmap is long. Turion has discussed a micro-Droid demonstration, co-funded by NASA, that would carry grappling mechanisms for capturing debris. The gap between photographing something and grabbing it is significant. But the imagery business is real and contracting, and the production scaling is where the story has gotten honest.
The skeptical case is straightforward: Turion has two satellites in orbit. Scaling hardware production from 8 to 40 vehicles per year is an announcement, not a demonstrated capability. The supply chain, quality assurance, and launch integration for that ramp is where space startups routinely fail. The company's own timeline for producing DROID.001 took nearly a year longer than initially projected to reach operational imaging. The 40-vehicle target may slip. The $32.6 million STRATFI contract is real and the government has committed to it, but the question is whether Turion can execute the production ramp in time to meet it.
The broader implication is not specific to Turion. The Space Force has identified a production bottleneck in the systems it needs most: space domain awareness, missile warning and tracking, orbital resilience. The traditional path — large, expensive satellites built by primes under multi-year programs of record — cannot produce at the cadence the threat environment requires. The commercial alternative is still being proven at small scale. What the Turion funding represents is a bet that the gap between those two models can be closed before the threat picture closes it first.
The three STRATFI satellites are scheduled to launch in 2026 and 2027, with optical communication terminals for high-data-rate command and control. Whether they arrive on time, and whether they work, will answer the only question that matters: can you build this fast enough to matter?
