Star Catcher Industries Secures $65M Series A to Build Space-Based Power Infrastructure
Star Catcher raised $65M to build a space-based power grid for satellites, signaling a major shift in orbital infrastructure and defense technology.
Space used to be simple. Strap solar panels onto a satellite, pray the math holds, and hope the thing doesn’t turn into orbital confetti halfway through a contract cycle. That worked when space was mostly governments, defense agencies, and engineers surviving on nicotine, patriotism, and procurement budgets that looked like GDPs. Different market now.
Star Catcher Industries has raised a $65M Series A to build what may become one of the most important infrastructure layers in the modern space economy: an orbital power grid capable of wirelessly transmitting energy to satellites already operating in Low Earth Orbit. The Jacksonville, Florida-based company is developing optical power beaming technology that sends concentrated solar energy directly to spacecraft without requiring hardware retrofits. The round was led by B Capital alongside Shield Capital and Cerberus Ventures, with participation from GreatPoint Ventures, Helena, Oceans, and MVP Ventures. The investor roster matters because this is no longer treated like speculative aerospace theater. Institutional capital is beginning to view orbital energy infrastructure as inevitable.
That shift says something larger about where the space economy is headed. By 2030, tens of thousands of satellites are expected to occupy Low Earth Orbit. Most conversations focus on launch cadence, national security payloads, AI-powered imaging, communications infrastructure, or autonomous systems. Almost nobody talks about the electrical limitations quietly constraining all of it. Star Catcher is betting that power becomes the defining choke point of the orbital economy.
What Happened
Star Catcher Industries was founded by Andrew Rush, Michael Snyder, and Bryan Lyandvert, operators with deep roots in aerospace infrastructure and venture-backed technology scaling. Andrew Rush and Michael Snyder previously helped build Made In Space, one of the earliest companies to commercialize in-space manufacturing before becoming part of Redwire’s broader orbital infrastructure strategy.
The company’s pitch is deceptively simple: build the equivalent of a terrestrial utility grid for space. Star Catcher’s planned network uses optical power beaming to collect solar energy in orbit and transmit it directly to satellites using their existing solar arrays. No retrofit hardware. No redesign requirements. No forcing satellite operators into multi-year engineering cycles just to access additional power capacity. That last part is critical.
Convincing aerospace customers to redesign flight hardware is roughly equivalent to asking enterprise banks to migrate core systems during earnings season. Nobody volunteers for that level of operational pain unless survival depends on it. The funding will support Star Catcher’s first orbital power beaming demonstrations and eventual constellation deployment beginning in 2027.
Why This Matters
The modern space economy has a power problem hiding underneath its growth narrative. Launch costs have dropped. Satellite manufacturing has accelerated. Defense spending around orbital systems continues climbing. AI workloads are increasing demand for Earth observation and real-time processing infrastructure. Yet most satellites remain constrained by the same issue: limited onboard energy generation. That becomes dangerous as orbital systems grow more computationally intensive.
Advanced communications payloads, defense surveillance systems, edge AI processing, autonomous navigation, and high-frequency sensing all require significantly more electrical power than legacy spacecraft architectures were designed to support. Most operators still treat energy like a fixed resource instead of scalable infrastructure. Star Catcher is attempting to change that assumption entirely.
Instead of every satellite operating as an isolated power island, the company wants spacecraft to access electricity dynamically from a dedicated orbital grid. The broader implication is massive. If successful, power availability stops being a hard ceiling for orbital computing, sensing, communications, and defense operations. The company is effectively trying to build the missing utility layer for the space economy before the congestion problem becomes unmanageable.
Market Context
The timing of Star Catcher’s Series A reflects a broader transition happening across aerospace and defense markets. Infrastructure is becoming more valuable than novelty.
Over the last decade, venture capital poured aggressively into launch providers, small satellite companies, and speculative deep-space concepts. Some succeeded. Many became expensive reminders that physics does not care about pitch decks. Now investors are increasingly targeting foundational systems that make large-scale orbital operations sustainable.
Power distribution sits near the top of that list. Star Catcher already has 7 signed power purchase agreements and reports a commercial pipeline exceeding $3B in projected annual recurring revenue potential. Those numbers suggest satellite operators are already planning for future energy constraints even if the broader market conversation has not fully caught up yet.
The company also secured multiple government-related contracts, including AFWERX SBIR awards tied to orbital power transmission technologies. That matters because defense agencies tend to fund infrastructure categories years before commercial markets fully understand their strategic significance. When governments start paying attention to energy logistics in orbit, sophisticated investors usually follow.
Technology Validation Changed the Conversation
Aerospace startups survive on credibility. The industry has seen enough cinematic renderings and “future of humanity” TED Talk energy to develop permanent trust issues. Star Catcher understood that early.
In 2025, the company broke the wireless optical power transmission record by delivering more than 1.1 kilowatts to commercial off-the-shelf solar panels at NASA’s Kennedy Space Center, surpassing the previous DARPA benchmark. That demonstration mattered because it shifted the conversation from theory to operational engineering.
The company also completed its Sextant Alpha on-orbit precision acquisition and tracking demonstration, validating one of the hardest parts of orbital power transmission: maintaining accurate targeting between moving spacecraft at extreme distances and velocities. Not theoretical physics. Actual hardware. Actual energy transfer. Actual orbital tracking validation. In aerospace, that distinction separates serious infrastructure companies from PowerPoint museums.
What This Signals
Star Catcher’s funding round represents something larger than a well-capitalized aerospace startup. It signals that orbital infrastructure is entering its utility phase.
The first generation of commercial space focused on access. The second focused on deployment. The next phase focuses on sustainment, scalability, and operational efficiency. Energy distribution sits directly at the center of that transition.
The broader implication extends beyond satellites. Orbital manufacturing, commercial stations, defense systems, lunar logistics, and future autonomous infrastructure all become more viable when energy can move independently from the systems consuming it. That changes the economics of space entirely.
Nathan O’Konek, Camille Bergin, and Cassie Lee help round out a leadership team built for execution, while Retired General John “Jay” Raymond, Jeff Johnson, and David Rothzeid add defense, infrastructure, and institutional depth to the board. Most people still hear “space power grid” and think science fiction. Markets tend to call things impossible right before they become infrastructure.
Frequently Asked Questions
What is Star Catcher Industries?
Star Catcher Industries is a Jacksonville, Florida-based aerospace infrastructure company building a space-based power grid using optical power beaming technology.
How much funding did Star Catcher raise?
Star Catcher raised $65M in a Series A funding round led by B Capital.
Who invested in Star Catcher’s Series A?
Investors include B Capital, Shield Capital, Cerberus Ventures, GreatPoint Ventures, Helena, Oceans, and MVP Ventures.
What does Star Catcher’s technology do?
The company beams solar energy wirelessly to satellites in orbit using optical power transmission technology compatible with existing solar arrays.
Why does orbital power infrastructure matter?
As satellite density and onboard computing demands increase, energy availability is becoming a major constraint for communications, defense, AI, and sensing systems operating in space.
What milestone did Star Catcher recently achieve?
In 2025, Star Catcher delivered more than 1.1 kilowatts of wireless optical power to commercial solar panels at NASA’s Kennedy Space Center, surpassing a previous DARPA benchmark.
