The Pentagon is putting lending power behind the ground radars that watch low Earth orbit, and the company on the receiving end plans to manufacture dozens more of them in the United States. LeoLabs, Inc., a Menlo Park, Calif., space-tracking firm, said it secured a conditional loan commitment of up to $150 million from the Defense Department's Office of Strategic Capital (OSC), according to its Nov. 5 announcement. The company, which refers to the department as the Department of War, said the money will expand its domestic radar manufacturing, strengthen its supply chain and field additional sensors for national security missions.
The deal is not a grant and not yet a finished loan. Air & Space Forces Magazine reported that LeoLabs must clear several financial, legal and technical requirements before the financing closes, and that the federal dollars come with a private-capital string attached.
How the $150M Commitment Is Structured
OSC's money does not stand alone. Air & Space Forces Magazine reported that the loan "must be matched dollar-for-dollar by private investment, bringing the total new investment to $300 million." The Pentagon set up OSC in 2022 to connect companies building critical defense technology with private capital.
The conditional label matters for anyone reading the headline number. Up to $150 million is a ceiling, not cash in hand. LeoLabs still has to satisfy the financial, legal and technical requirements the magazine described, and the private match has to materialize for the full $300 million package to come together.
OSC officials framed the transaction as a resilience and domestic-sourcing play as much as a space one. "This financing equips the Department of War with unparalleled Space Domain Awareness capabilities and demonstrates our commitment to unleashing private capital to solve our most pressing national security challenges," OSC Director David Lorch said in a statement quoted by Air & Space Forces Magazine.
Jordan Sebold, a senior managing director at OSC, tied the deal to the growing traffic in orbit. "High-precision orbital tracking is integral to the U.S. economy and the defense industrial base, and its importance is only going to grow on account of the rapid commercialization of space," Sebold said. "OSC's investment in LeoLabs will help ensure we maintain persistent custody of the objects that matter most."
What LeoLabs Plans to Build by 2028 and 2030
The company laid out two dates. "The OSC financing will accelerate LeoLabs' expansion of its U.S. manufacturing capacity, which includes the completion of two large-scale manufacturing facilities by 2028," LeoLabs said in its statement. The added capacity, it said, will let the company add dozens of systems to its global network by 2030.
LeoLabs also said the financing will expand its ability to deliver sovereign radars for U.S. and allied government customers.
Chief Executive Officer Tony Frazier cast the loan as a response to Pentagon pressure on industry to move faster. "The U.S. Department of War has challenged industry to move with greater urgency — not only to meet today's mission needs, but to also anticipate and stay ahead of evolving threats," Frazier said. "This financing, coupled with private investment, enables us to answer that call by delivering our proven sensing capabilities faster and at greater scale to help strengthen U.S. national security."
Which LeoLabs Radars Would Scale Up?
LeoLabs sells four radar types. Its Seeker and Ranger radars operate from fixed sites. The transportable Scout-S is optimized for space domain awareness, and the Scout-X is optimized for missile warning and tracking, according to the company. The release does not say how the added systems would be split among the four types.
The company's systems already sit at locations including New Zealand, Australia, Alaska, Texas and Hawaii, Air & Space Forces Magazine reported. The magazine described the network's job as detecting and tracking foreign launches and objects in space, which it called a top priority for military space leaders. LeoLabs, established in 2016, maintains an object-tracking catalog that the magazine said includes nearly 29,000 government and commercial space objects.
LeoLabs' Existing Space Force Work
The OSC commitment builds on a stack of government business. In August, the Space Force awarded LeoLabs a $20 million prototype contract to deliver a modified version of its Scout radar to support defense missions, according to Air & Space Forces Magazine. In September 2025, the Office of Space Commerce and the Space Force's Joint Commercial Operations cell obtained a license to access the company's catalog, along with radar observations and maneuver detection data.
LeoLabs is also among just six companies selected to support the Space Force's Commercial Augmentation Space Reserve, which the magazine described as providing space domain awareness capability to support operations during peacetime and surge capacity during a conflict. The company said the OSC deal continues "a decade-long strategy of building and deploying next-generation, multi-mission radars that meet current and future U.S. and Allied national security requirements."
OSC's October-November Lending Run
The LeoLabs announcement follows a similar loan commitment of $150 million to emerging rocket builder Stoke Space, which OSC said on Oct. 26 would help finance a second launch pad at Cape Canaveral. Air & Space Forces Magazine also reported two other OSC agreements announced in October: a $1.5 billion loan to Wolfspeed, Inc., to build advanced semiconductor components and materials, and an Oct. 17 conditional commitment with Antheia, Inc., to scale its biomanufacturing efforts.
What It Means for Contractors
For space domain awareness firms, the LeoLabs deal shows that OSC will finance ground-based sensing hardware, not just launch and semiconductors. Companies with a working product, existing Space Force contracts and investors willing to match federal dollars have a visible template: a conditional commitment paired with a dollar-for-dollar private match, tied to domestic manufacturing.
Suppliers should watch the two manufacturing facilities LeoLabs plans to finish by 2028. Adding dozens of systems by 2030 plausibly means demand for RF components, antenna structures, power systems, site construction and integration labor, though LeoLabs has not named any suppliers or subcontract needs. Firms that make those parts in the U.S. have a reason to approach LeoLabs early, since OSC described the transaction as supporting a "wholly domestic" radar architecture and "domestically sourced data."
Rivals in space tracking considering OSC financing can read this deal as one example of the terms: a dollar-for-dollar private match and capacity built on U.S. soil.
Finally, the conditional structure is a reminder that announcement and closing are separate events. Contractors planning teaming or supply arrangements around the expansion should track whether LeoLabs satisfies the financial, legal and technical requirements and secures its private match before counting on the full $300 million.
