Star Catcher Raises $65M Series A to Build the First In-Orbit Power Grid: B Capital, Shield, Cerberus, and the Path to Space-to-Space Demonstrations

Star Catcher Industries — the Jacksonville, Florida startup developing in-space power-beaming technology — has raised $65 million in a Series A funding round announced May 12, 2026. B Capital led the round with participation from Shield Capital and Cerberus Ventures, the venture arm of Cerberus Capital Management. The financing brings the company's total capital raised to $88 million. The capital will fund the validation of Star Catcher's space-to-space power-beaming architecture in orbit, with the first in-space demonstration mission planned for later in 2026 and a second mission to follow that, in CEO Andrew Rush's framing, will position the company for going operational and for scaling. Star Catcher already has $60 million in signed contracts for in-space power delivery and a $3 billion prospective customer pipeline, and the round's strategic investor profile — including the venture arm of Cerberus and the participation of retired U.S. Space Force Gen. Jay Raymond as a new board member — signals meaningful national security pull alongside the commercial customer thesis. The Series A is one of the most strategically composed space-infrastructure funding rounds of 2026 to date, combining commercial customer-pull validation, a clearly articulated demonstration mission sequence, and a senior board composition that aligns energy infrastructure expertise, national security venture conviction, and senior space-policy authority around a company that is building shared infrastructure for the broader orbital ecosystem rather than competing as a vertically integrated downstream operator.

The Architecture: Concentrated Sunlight, Existing Solar Arrays

Star Catcher's distinctive architectural choice is to concentrate sunlight directly onto customer satellites' existing solar panels rather than transmitting energy through laser or microwave beams that would require new receiver hardware on customer spacecraft. The choice is structurally important. It eliminates the integration burden for customer satellites — they do not need new hardware to receive Star Catcher's power, only their existing solar arrays already designed and qualified for spaceflight. It avoids the regulatory and licensing complexity of high-power coherent beam transmission, which is one of the principal hurdles for laser- and microwave-based power-beaming systems. And it leverages a well-understood physical mechanism (solar concentration), even though the orbital implementation requires precise pointing, tracking, and beam-shaping technology that the company has been validating through ground demonstrations. The architecture is exclusively orbit-to-orbit — Star Catcher is not pursuing terrestrial power delivery — and is purpose-engineered around the physics and the customer integration realities of supplying additional power to satellites already in orbit.

The Crawl-Walk-Run Validation Plan

Rush characterized Star Catcher's development approach in operational terms: a hardware-rich, crawl-walk-run sequence to demonstrate that the company owns the technology stack to do space-to-space power beaming. The ground-demonstration phase has been the crawl: Star Catcher has tested the technology in a football stadium and at the former Space Shuttle runway at the Kennedy Space Center — both venues that provide the geometric scale needed to validate concentrated-sunlight beam shaping and tracking across distances that approximate orbital separation envelopes. The walk phase is the upcoming in-space demonstrations: a first mission planned for later in 2026 and a second mission to follow, which together will validate the full technology stack in the operational vacuum-and-orbital-mechanics environment. Star Catcher has already de-risked one critical sub-element of the system: acquisition and tracking software was flown on a Loft Orbital satellite in late 2025, validating the precision-pointing software performance in the orbital environment ahead of the full system demonstrations. The run phase is operational scaling, which Rush identified as the natural follow-on to the second demonstration mission.

The Commercial Pipeline: $60M Signed, $3B Prospective

Star Catcher's commercial position is more developed than is typical for a Series A space infrastructure company. The company has $60 million in signed contracts for in-space power delivery and a $3 billion pipeline of prospective customers. The $60 million in signed contracts is structurally significant because it indicates that the customer thesis is not speculative — there are commercial entities that have committed to purchase orbital power delivery once Star Catcher reaches operational service. The $3 billion pipeline is the broader market signal: a 47x multiple on signed contracts indicates a wide funnel of additional customer interest at scales that would meaningfully exceed the financial requirements of a typical Series A startup's first decade of operation. Rush identified the early adopter customer profile as power-dense and power-intense operations and payloads — orbital data centers (the most prominently discussed in current SpaceNews coverage), direct-to-device communications satellites (which require substantial RF transmit power), and synthetic aperture radar imaging satellites (which require substantial transmit power for active radar imaging). The longer-term thesis, in Rush's framing, is more expansive: at some point every spacecraft will need Star Catcher's service, whether to extend the life of the spacecraft, to provide additional resiliency for national security assets, to supercharge maneuvering capabilities, or simply to recover from unexpected power-system degradation.

The Investor Syndicate: B Capital, Shield, Cerberus

The Series A investor composition is structurally meaningful. B Capital — the venture firm co-founded by Eduardo Saverin and with substantial growth-stage capability — leads through Jeff Johnson, B Capital General Partner and Global Head of Energy, who joins the Star Catcher board. The energy-investment leadership identification is important context because it situates Star Catcher within B Capital's broader energy thesis rather than as a generalist commercial space investment, framing the company as energy infrastructure that happens to be in space rather than as a space company that happens to deliver energy. Shield Capital — the U.S. venture firm with substantial defense and national-security technology focus — co-invests, with Shield Principal David Rothzeid joining the board, signaling defense-and-national-security validation. Cerberus Ventures — the venture arm of Cerberus Capital Management, the multi-strategy alternative asset manager — co-invests, with retired U.S. Space Force Gen. Jay Raymond, the first chief of space operations of the Space Force and now a senior managing director at Cerberus, joining the board. The combined syndicate composition is a deliberate alignment of energy-infrastructure expertise (B Capital), national-security venture conviction (Shield), and senior space-policy authority (Cerberus / Raymond) — appropriate to a company whose customer thesis spans commercial orbital infrastructure and national-security space architecture.

Jay Raymond and the National Security Power Thesis

The addition of retired Gen. Jay Raymond to the Star Catcher board is the most distinctive senior-talent disclosure of the round. Raymond was the first chief of space operations of the U.S. Space Force, a position established when the Space Force was created as the sixth U.S. military service, and is now a senior managing director at Cerberus. In his statement on the round, Raymond framed the strategic thesis explicitly: persistent surveillance, resilient communications, and unhindered maneuverability are all constrained today by power, and an on-demand power grid can change that, expanding critical capabilities across commercial and national security missions. The framing is operationally precise — surveillance (which requires transmit power for active sensors and processing power for onboard data analysis), communications (which require transmit power), and maneuverability (which requires propulsion energy) are exactly the three operational mission categories that most directly bottleneck on-orbit power supply. The national-security implication is that orbital power infrastructure becomes a strategic capability category in its own right — comparable in significance to space-domain awareness or resilient PNT — rather than merely a commercial efficiency play.

The B Capital Energy Thesis: Generational Opportunity

B Capital General Partner Jeff Johnson framed the investment thesis in commercial terms: there is exploding demand, limited shared infrastructure, and a generational opportunity for the company capable of building the first in-orbit grid, and B Capital believes Star Catcher is that company. The framing aligns with the broader market signals from the orbital-data-center category — Cowboy Space's $275 million Series B at $2 billion, Starcloud's $170 million Series A and pursuit of $200 million more at $2.2 billion, SpaceX's internal orbital data center program with Anthropic commercial interest — all of which create substantial customer demand for orbital power supply. Star Catcher's positioning as shared power infrastructure across all of those orbital compute developers (rather than competing as another orbital compute developer itself) is structurally distinctive and aligns with B Capital's energy-infrastructure investment thesis: shared infrastructure that serves multiple downstream customers tends to be more capital-efficient and more strategically defensible than vertically integrated solutions where each customer builds its own infrastructure.

Outlook: Demonstrations, Hiring, and the Path to Operational Scale

The next 18 to 24 months will be defining for Star Catcher. The first in-space demonstration mission later in 2026 will validate the company's ownership of the full technology stack in the operational orbital environment. The second demonstration mission, planned for the period following, will validate the additional engineering content needed to position for operational deployment and scaling. The company will grow from approximately 40 employees in a meaningful way, with active hiring across every discipline. The $60 million in signed contracts and the $3 billion prospective pipeline will provide the commercial pull through which operational deployment is funded. And the alignment of B Capital, Shield, and Cerberus on the board ensures Star Catcher has senior strategic guidance across energy infrastructure, national security technology, and senior space-policy authority during the operational scaling phase. The Series A is structurally important not just for Star Catcher itself but for the broader orbital infrastructure ecosystem — if Star Catcher succeeds at building the first in-orbit power grid, it materially de-risks the orbital data center business cases, the direct-to-device satellite business cases, and the synthetic aperture radar satellite business cases that are collectively defining the next generation of commercial and national security space architecture.

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