Star Catcher Industries has raised $65 million to build what it calls the first power grid in space. The more important detail is not only the size of the round. It is the customer list forming before the company has completed its first dedicated in-space power-beaming demonstration.
The Jacksonville, Florida-based startup says its Series A round was led by B Capital and co-led by Shield Capital and Cerberus Ventures, bringing total capital raised to $88 million. The company also says it has signed seven power purchase agreements, secured multiple government contracts, and is managing a qualified commercial pipeline representing more than $3 billion in projected annual recurring revenue.
That mix matters. Star Catcher is not selling another satellite bus, solar panel, or one-off demonstration payload. It is trying to sell orbital electricity as shared infrastructure: power delivered on demand to spacecraft that already have solar arrays, with no retrofit required.
The customers signing up early are not only the obvious commercial satellite operators. Star Catcher says its customer base spans commercial space operators and U.S. Government stakeholders, while Space.com reported that the company’s signed power purchase agreements include Starcloud, Loft Orbital and Astro Digital, alongside multiple government customers.
That is the part of the funding round that makes the story bigger than a frontier-tech capital raise. If Star Catcher can prove the system works in orbit, satellite operators may no longer have to treat the power budget they launched with as the ceiling on what a spacecraft can do.
From a Florida football stadium to low Earth orbit
Star Catcher’s technology is built around optical power beaming. The company says its network would transmit concentrated solar energy directly to satellites’ existing solar arrays, allowing customer spacecraft to scale available power by up to 10 times without hardware modifications.
The approach has been deliberately staged. In March 2025, the company demonstrated the system at EverBank Stadium in Jacksonville, transmitting energy across the length of the football field. Later in 2025, it announced a Kennedy Space Center test in which it delivered more than 1.1 kilowatts of electrical power to commercial off-the-shelf solar panels at Space Florida’s Launch and Landing Facility.
The company has also completed an on-orbit subsystem demonstration and says its first space-based optical power-beaming demonstration is planned for later this year. A second orbital mission is already in development.
That measured cadence separates Star Catcher’s near-term pitch from the more dramatic space-based solar power concepts that have circulated for decades, many of which imagine giant platforms beaming electricity back to Earth. Star Catcher is aiming at a smaller and more immediate market: satellites already in orbit, already fitted with solar panels, and increasingly constrained by the power they can generate on their own.
The power bottleneck is becoming harder to ignore
Satellites are power-limited by design. Their solar arrays can only be so large, their batteries degrade over time, and their mission profiles are usually built around the power budget available at launch.
That constraint is becoming more painful as the space economy moves toward applications that demand more electricity. Direct-to-device communications satellites need power to reach ordinary phones on the ground. Synthetic aperture radar missions need energy for high-performance imaging. On-orbit computing and space data centers, still early markets, depend on power density as much as launch access.
Star Catcher CEO Andrew Rush framed the problem bluntly in the company’s funding announcement: “Every major application driving the space economy – connectivity, computing, security, sensing – is power-limited today.”
The company is betting that orbital power can become an infrastructure layer rather than a component each satellite operator has to solve alone.
The customer pipeline shows where demand is forming
The clearest evidence of demand is not yet revenue at scale. It is the fact that customers are willing to sign early agreements around a service that still has to be demonstrated in orbit.
Star Catcher says it has signed seven power purchase agreements and secured multiple government contracts. Space.com reported that the commercial agreements include Starcloud, Loft Orbital and Astro Digital. Those names point to three of the most power-hungry corners of the emerging space economy: on-orbit compute, flexible satellite infrastructure, and remote sensing.
The government side is just as important, even if the public details are thinner. In its announcement, Star Catcher said its Series A would fund deeper engagement with U.S. national security customers. Retired Gen. John W. “Jay” Raymond, the first chief of space operations of the U.S. Space Force and now a senior managing director at Cerberus, is joining the company’s board.
Raymond’s own framing is revealing. “Persistent surveillance, resilient communications, and unhindered maneuverability are all constrained today by power,” he said in the announcement. “An on-demand power grid can change that, expanding critical capabilities across commercial and national security missions.”
Hyperscalers are circling the broader space-power market
Star Catcher’s customer base should not be confused with every company now exploring space-based solar power. Meta’s recent orbital-power move, for example, is tied to Overview Energy rather than Star Catcher.
But the Meta deal still matters as a market signal. pv magazine USA reported that Meta signed an agreement with Overview Energy for early access to up to 1 gigawatt of capacity from a space solar energy system designed to beam power to existing solar facilities on Earth. TechCrunch described the agreement as a plan that could see Overview satellites beam infrared light to solar farms that power data centers at night.
That is a different technical and commercial model from Star Catcher’s space-to-space power grid. Still, the broader pattern is hard to miss. Power demand from AI, connectivity, sensing, and space infrastructure is pushing large customers to consider energy systems that would have seemed speculative only a few years ago.
National security pulls the round together
The investor composition reinforces the dual-use nature of the market. Shield Capital focuses on companies at the intersection of commercial industry and national security. Cerberus Ventures is the venture arm of Cerberus Capital Management. Raymond’s move onto the board gives Star Catcher a direct connection to one of the most important institutions shaping U.S. military space strategy.
That does not mean the company has already proved a defense utility model in orbit. It has not. But it does show that orbital power is no longer being treated only as a distant science project.
For military customers, the appeal is obvious. A satellite that can maneuver while sensing, communicate more persistently, or keep operating after its own power system degrades is more useful than one locked into a shrinking power budget. For commercial operators, the same logic applies in financial terms: more power can mean more capacity, more uptime, and potentially longer asset life.
A grid, not a gadget
What separates Star Catcher’s pitch from a conventional aerospace product is the word “grid.”
A grid implies shared infrastructure. It assumes multiple customers, repeated delivery, pricing that looks more like a power purchase agreement than a hardware sale, and enough redundancy that the service can operate as a utility rather than a one-off mission.
That ambition is harder than proving a single beam can hit a single target. It requires orbital coverage, precision pointing, customer scheduling, safety controls, regulatory comfort, and a business model customers trust enough to build around.
But the upside is also larger. If power becomes something a spacecraft can buy after launch, satellite design changes. Operators can build smaller, lighter, cheaper spacecraft and rely on external energy when the mission needs it. Older satellites with degraded batteries or arrays could get more usable life. New missions that were previously descoped around power limits could become viable.
The terrestrial parallel
Star Catcher is not the only startup pitching investors on the idea that the grid itself is the product. On the ground, Texas-based Base Power recently raised $200 million in Series B funding to expand a battery-powered home energy service and reinforce the Texas power grid.
The analogy is imperfect, but useful. Base is aggregating residential batteries into a broader power system. Star Catcher wants to aggregate orbital power nodes into a shared space utility. In both cases, the pitch is not simply hardware. It is capacity, resilience, and infrastructure.
The space version is harder in obvious ways. Orbital mechanics dictate when one spacecraft can serve another. Beam pointing has to be precise across long distances. Beam intensity must be controlled so the system does not damage the solar arrays it is meant to help. And the regulatory environment around large-scale orbital power infrastructure is still immature.
There are also wider space-environment concerns. A 2020 Nature Astronomy perspective warned that near-Earth space is becoming increasingly privatized and that satellite growth can affect astronomy, dark skies, and cultural relationships with the sky. Star Catcher’s system is not the same as a broadband mega-constellation, but any plan to add more infrastructure and direct more energy through orbital space will have to contend with those concerns as the market grows.
The real test is no longer investor interest
Star Catcher has now cleared the part many frontier-tech startups struggle with: convincing investors that the market could be large, and convincing early customers that the problem is painful enough to sign before the full system exists.
The harder test is operational. The company has to demonstrate power beaming in orbit, prove that customer satellites can receive useful energy safely and repeatably, then scale from a technical demonstration into a service customers can rely on.
That is why the first orbital demonstration matters. It will not prove the whole business. It will only show whether the central claim can survive contact with space.
Still, the customer list already says something important. Commercial operators, government stakeholders, and investors are no longer treating orbital power as a distant fantasy. They are beginning to treat it as infrastructure.
If Star Catcher can turn concentrated solar energy into a dependable service, the company will not just be selling power to satellites. It will be changing what satellite operators assume their missions can become after launch.
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