Turion Space Raises $75M Series B to Scale Maneuverable Satellites, Non-Earth Imaging, and the Starfire C2 Stack

Turion Space, the Irvine, California-based developer of maneuverable satellites and orbital intelligence software, announced on April 15, 2026 that it has closed a $75 million-plus Series B funding round led by Washington Harbour Partners. The round adds new investors Magnetar, HOF Capital, Center15 Capital, and Industrious Ventures alongside returning investors Aurelia Foundry, Forward Deployed VC, and FoundersX. The capital will accelerate Turion's three-pillar strategy: scaling its DROID maneuverable spacecraft fleet, expanding commercial Non-Earth Imaging (NEI) services, and growing the Starfire software platform that handles mission planning, autonomous tasking, and command-and-control across both Turion and third-party constellations.

Founded in 2021 by veterans of SpaceX, Lockheed Martin Skunk Works, Boeing Phantom Works, and Palantir, Turion has built a vertically integrated stack of spacecraft, sensors, and software designed for what the company calls 'space superiority.' The company has secured 28 U.S. government contracts to date — including awards from the U.S. Space Force, NASA, and the National Reconnaissance Office — and was selected as one of 14 companies competing for work on the Space Force's $1.8 billion Andromeda IDIQ contract. With approximately 200 employees and two operational DROID spacecraft already in orbit (DROID.001 and DROID.002, which have together delivered more than 40,000 images), the Series B positions Turion to scale production from roughly 8 satellites per year to 40.

Three Use-of-Funds Pillars

Turion has explicitly identified three priority areas for the Series B capital. First, fleet proliferation: increasing the number of DROID spacecraft in LEO and GEO to enable continuous observation and frequent Non-Earth Imaging. The company has three additional launches planned, beginning with continued execution of its U.S. Space Force STRATFI program. Second, expansion of high-resolution Non-Earth Imaging services that identify, track, and characterize orbital objects for U.S. and allied operators — a capability that builds on Turion's existing work within the National Reconnaissance Office's commercial remote sensing initiative. Third, scaling Starfire (Turion's mission planning, tasking, and command-and-control software) to support larger, more automated multi-satellite operations across both Turion-owned spacecraft and third-party constellations.

DROID and the Maneuverable Satellite Architecture

Turion's DROID spacecraft are designed for what the company calls 'dynamic space operations' — including rendezvous, proximity operations (RPO), and refueling. This puts Turion in a small group of companies building genuinely maneuverable satellites, where most of the U.S. commercial fleet today consists of essentially fixed-orbit assets that can only nudge themselves into station-keeping. Maneuverability is the prerequisite for the next generation of space operations: closing on objects of interest for inspection, performing close-range characterization of unknown orbital actors, and eventually conducting servicing operations like refueling and component replacement.

Turion is also developing a next-generation spacecraft called DROID Viper, which will integrate multiple payloads and offer significantly greater maneuverability than current DROID variants. The first DROID Viper launch could take place as early as 2027. The roadmap from DROID.001 (operational) to DROID Viper (multi-payload, higher delta-v) mirrors the broader industry trajectory toward spacecraft that function less like fixed observatories and more like operational vehicles in a contested orbital environment. The Series B raise is what makes that roadmap executable on a commercial timeline rather than a defense-procurement timeline.

Non-Earth Imaging and the NOAA License

Turion is the first company licensed by the National Oceanic and Atmospheric Administration (NOAA) to provide commercial resolved Non-Earth Imaging in the United States. NOAA licensing of commercial remote sensing has historically focused on Earth-pointing imagery — agriculture, insurance, defense GEOINT — but as the orbital environment has become more crowded and more contested, the regulatory framework has expanded to cover space-pointing imagery: imaging other satellites, debris, and unknown objects from orbit. Turion's NOAA license positions the company to offer NEI as a commercial service to U.S. government, allied government, and select commercial customers.

Washington Harbour Partners' Mina Faltas, who led the round, framed the thesis directly: Turion is addressing 'mission critical needs for U.S. national security' and aims to build 'a commercial layer of space infrastructure for the U.S. and its allies.' That framing — commercial layer of space infrastructure for sovereign defense customers — is the same thesis Washington Harbour has applied to other recent space portfolio bets, including Citra Space's $15 million Series A for behavioral fingerprinting earlier this month. The pattern across the firm's portfolio suggests a coherent investment view: the commercial space industry is being reorganized around sovereign defense customers as the anchor demand source.

Starfire and the Mission Software Layer

Starfire — Turion's mission planning, tasking, and command-and-control software platform — is in many respects the most strategically interesting element of the company. While DROID spacecraft are physical assets that can be built, launched, and operated, Starfire is a software platform that can scale across many satellites operated by many different parties. Turion has designed Starfire to support both Turion-owned spacecraft and third-party constellations, positioning the company as not just a satellite operator but as a potential platform layer for the broader maneuverable-satellite industry.

This software-platform play has clear precedent in adjacent markets. Palantir — where several Turion executives previously worked — built much of its enterprise value on becoming the data and decision layer atop heterogeneous customer infrastructure. Starfire applies similar logic to orbital operations: the value capture is in being the workflow layer that mission operators actually use to plan, task, and command their assets, regardless of who built the satellites. The Series B will fund the engineering investment required to harden Starfire for multi-tenant, multi-constellation use.

Production Scale-Up: 8 to 40

Per SpaceNews, Turion aims to increase production capacity from approximately 8 satellites per year to 40 — a 5x scale-up that will require both manufacturing build-out and supply chain development. This production target is consistent with the Andromeda IDIQ ceiling ($1.8 billion across 14 vendors) and with the Space Force's stated need for resilient, proliferated maneuverable capacity. It also positions Turion to compete in adjacent commercial markets — notably commercial space domain awareness, where companies like LeoLabs, ExoAnalytic, Slingshot, and Anduril (post-Numerica acquisition) are competing for the same defense-anchor customers but typically with ground-based or fixed-orbit assets rather than maneuverable satellites.

Commercial Demand Beyond Defense

While defense and intelligence are the primary anchor markets, Turion CEO Ryan Westerdahl has noted commercial demand emerging as well — particularly in the space insurance segment, where insurers and operators want to diagnose malfunctioning satellites before declaring total losses or filing claims. 'We've had discussions on the space insurance segment side to help diagnose issues,' Westerdahl told SpaceNews. This is a meaningful commercial signal: as the on-orbit asset base grows past 10,000 active satellites, the economic case for maneuverable inspection vehicles that can perform close-range diagnostic imaging of malfunctioning assets becomes increasingly compelling, both for insurers underwriting space risk and for operators trying to minimize total losses.

What to Watch Next

Three milestones will determine whether Turion executes the Series B thesis. First, the next three planned LEO and GEO launches: each operational DROID spacecraft adds revisit cadence and validates the manufacturing scale-up. Second, the DROID Viper first launch (targeted as early as 2027): a successful Viper deployment would validate the multi-payload architecture and meaningfully extend Turion's maneuverability envelope. Third, Andromeda IDIQ task orders: as the Space Force begins issuing actual orders against the $1.8 billion ceiling, Turion's capture rate among the 14 selected vendors will determine its ability to convert procurement-vehicle access into recurring revenue. For founders building in adjacent areas — propulsion, sensors, software, ground systems — Turion's $75M raise is one of the clearest signals yet that the maneuverable-satellite category is now well-capitalized and racing toward commercial scale.

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