LOS ANGELES, July 14 — Reflect Orbital plans to expand its mirror satellite program into a constellation of up to 10 satellites by 2030, pending regulatory approval and funding, according to company documents reviewed by InfoPulse Today. The California-based startup’s first satellite is scheduled for launch in early 2025 aboard a SpaceX Falcon 9 rocket. That satellite is designed to demonstrate the core technology: a large reflective mirror capable of redirecting sunlight to a targeted 10-kilometer-diameter area on Earth’s surface.
The constellation proposal, still pending Federal Communications Commission approval and additional funding, envisions a network of satellites operating in sun-synchronous orbits at altitudes between 500 and 600 kilometers. Each satellite in the planned fleet carries a roughly $5 million price tag for construction and launch.
Funding and Timeline
Reflect Orbital has raised $10 million in venture capital to date. The company is now seeking $50 million in Series B funding to finance the constellation buildout, according to the filing. The timeline shows a phased deployment.
Each satellite is designed for a five-year operational life, after which it will deorbit. The company plans to launch replacement satellites as needed to maintain coverage.
The FCC will review the constellation proposal on a satellite-by-satellite basis, the record shows. Each additional spacecraft requires separate regulatory approval.
Commercial and Government Applications
The company’s business model targets both government and private sector clients. According to the filing, Reflect Orbital is positioning the constellation for disaster response operations, nighttime construction, and search and rescue operations. Nighttime construction projects represent another potential market.
The constellation would allow multiple regions to receive simultaneous coverage, with each satellite capable of lighting a 10-kilometer-diameter area from orbit. The technology has drawn interest from defense and emergency management circles, though the company has not disclosed specific contract discussions.
The constellation’s ability to provide on-demand illumination in remote or disaster-stricken areas is a key selling point, according to the filing.
Technical and Regulatory Hurdles
Each mirror satellite must maintain precise attitude control to keep its reflected beam stable on a ground target while moving at orbital velocity. The first satellite’s performance data, which the company has not publicly released, will inform the design of subsequent spacecraft. The sun-synchronous orbit choice allows each satellite to pass over the same ground locations at consistent local times, a standard configuration for Earth-observation and communications constellations.
Environmental and astronomical concerns have shadowed the project. Light-pollution advocates have raised questions about the impact of orbiting mirrors on ground-based astronomy.
The company has not addressed those concerns in its regulatory filings. Reflect Orbital’s path to a full constellation depends on three variables: FCC approval for each satellite, the closing of Series B funding, and successful performance data from the first orbital test. The company has not announced a date for its next launch.
Sources
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