Star Catcher Industries

Star Catcher Industries is a Jacksonville, Florida-based space power startup founded in 2024 with the ambitious mission of building the world's first orbital energy grid — a space-based power distribution infrastructure that delivers electrical energy to satellites via directed optical (laser) power beaming, enabling satellites to recharge their batteries from a relay satellite rather than depending entirely on their own solar panels.

The technology foundation is optical power beaming: a high-power near-infrared laser beam is directed from a power-source satellite (or eventually a dedicated ground station) to a photovoltaic receiver on the target satellite. The photovoltaic receiver converts the laser photons to electricity at 40-60% efficiency at optimized wavelengths (typically 808nm or 1064nm), charging the target satellite's batteries. Star Catcher holds the current world record for optical power transfer at 1.1 kW — a ground demonstration milestone that validates the laser, pointing, and receiver technology at a commercially meaningful power level.

The $12.25 million seed round led by Initialized Capital (the early-stage VC firm co-founded by Garry Tan, who became Y Combinator's president) signals institutional investor confidence in both the founding team and the market thesis. Initialized has backed companies including Reddit, Coinbase, and Instacart — its Star Catcher bet reflects belief that space power infrastructure is a venture-scale opportunity.

Applications that drive the business case: military reconnaissance satellites that require continuous high-power operation during eclipse periods (where solar panels generate nothing) represent premium-paying early adopters; GEO satellite operators with degraded solar arrays could extend satellite operational life by supplementing power; and future space manufacturing or processing facilities will require far more power than photovoltaics alone can provide at practical launch mass. An orbital power grid — a constellation of laser relay satellites positioned to ensure any satellite can receive a power beam on demand — could fundamentally change space power economics.

A 2026 orbital demonstration mission would validate the pointing, tracking, power conversion, and thermal management systems in actual space environment conditions. Competitors and adjacent programs include Caltech's MAPLE (Microwave Array for Power-transfer Low-orbit Experiment, ISS demonstration 2023), ESA's SOLARIS (microwave space solar power study), and startup Virtus Solis (European SBSP). Star Catcher's optical/laser approach — rather than microwave — offers tighter beam divergence and smaller receiver aperture but requires precise pointing.