Star Catcher Industries Nabs $65M Series A

Why It Matters

On‑demand orbital power could enable more capable, longer‑duration satellite operations, fundamentally reshaping the economics of space services.

Key Takeaways

• B Capital leads $65M A round, co‑led by Shield, Cerberus
• Total funding now $88M for space‑based solar power grid
• Beams concentrated solar energy to satellites on demand
• No retrofitting needed, removing power constraints for spacecraft
• Serves commercial, civil, and national‑security space customers

Pulse Analysis

The ability to generate and transmit electricity in orbit has long been a bottleneck for satellite operators. Traditional spacecraft rely on onboard solar panels or batteries, limiting payload size, mission duration, and flexibility. As the low‑Earth‑orbit constellation market expands, the demand for reliable, high‑density power sources intensifies. Star Catcher Industries aims to break this constraint by creating a dedicated power grid that beams concentrated solar energy directly to satellites, promising a paradigm shift comparable to the introduction of fiber‑optic backbones for terrestrial communications.

Star Catcher’s system uses a constellation of high‑orbit platforms equipped with large‑area solar collectors and laser‑based transmission modules. By focusing sunlight into narrow beams, the platforms can deliver megawatts of power to receivers on client spacecraft without any physical connection or retrofitting. The technology leverages advances in adaptive optics, beam‑steering algorithms, and high‑efficiency photovoltaic cells, enabling precise energy delivery even to fast‑moving low‑orbit assets. Early simulations suggest up to a tenfold increase in available power compared with conventional panels, while reducing launch mass and cost.

The $65 million Series A, led by B Capital and backed by Shield and Cerberus Ventures, validates investor confidence in the commercial viability of space‑based power. With total capital now at $88 million, Star Catcher is positioned to accelerate prototype testing and secure contracts with commercial operators, government agencies, and defense customers. If successful, the model could unlock new classes of high‑bandwidth communications satellites, on‑orbit manufacturing facilities, and even lunar or Martian power relays, reshaping the economics of the emerging space economy. Such capabilities would also attract further private‑equity interest and accelerate regulatory frameworks.