A single satellite the size of a squash court has become the flashpoint in a fight over who gets to decide when night ends. On Wednesday, 9 July 2026, the Federal Communications Commission handed the California startup Reflect Orbital permission to launch its first sunlight-reflecting spacecraft — and, in the same order, brushed aside the roughly 2,000 comments that piled up warning the project could scar the night sky.
The company wants to sell sunlight. Not metaphorically: it plans to park mirrors in orbit, catch the sun after it has set for people on the ground, and bounce that light down to a chosen spot — a solar farm still thirsty for photons at dusk, a disaster zone, a construction site running behind schedule. The FCC’s approval does not bless that vision. It clears exactly one demonstration satellite, Eärendil-1, to switch on its radios and try.
That distinction is the whole ballgame, and the regulator leaned on it hard. Critics had asked the FCC to block the launch on the strength of what Reflect Orbital says it will do later — deploy thousands of mirrors by the end of the decade and as many as 50,000 by 2035. The commission declined to litigate a constellation that does not yet exist.
“Earendil-1 is a single satellite and a limited, short-duration technology test exercise designed to evaluate the feasibility of Reflect Orbital’s proposed concept and to identify any challenges associated with future iterations of the technology.”
Federal Communications Commission, approval order
There was also a jurisdictional dodge. As TechSpot reported, the FCC decided the mirror itself is not its problem — the agency regulates the communications spectrum, not the reflectivity of a sheet of plastic. So the object at the center of the controversy is precisely the thing the licensing body says it has no authority over.
Here is what will actually go up. Eärendil-1 is set to fly a near-polar orbit about 625 kilometers (388 miles) overhead. Once there it unfurls an aluminized Mylar reflector measuring 18 by 18 meters (59 by 59 feet) — a surface of 324 square meters — and steers a moving beam of sunlight roughly five kilometers (3.1 miles) across onto approved targets. SpaceX will carry the first two demonstration craft on Falcon 9, the same workhorse now flying record-setting reuse missions.
Reflect Orbital’s co-founder and chief executive, Ben Nowack, framed the license as vindication. “We’re grateful to the FCC for recognizing the importance of testing novel technologies in space,” he said, calling it “the first step toward rigorously testing our technology’s efficacy and the safeguards we have developed,” according to Via Satellite.
Why astronomers are furious
The objectors are not cranks. The American Astronautical Society, DarkSky International, the Royal Astronomical Society and a bloc of aviation-safety commenters all filed against the application. The European Southern Observatory has warned that Reflect Orbital’s satellites could become the brightest artificial objects ever placed in orbit — a moving beacon that would streak across long-exposure images, brighten the whole sky, and make the faintest galaxies that bit harder to see. That is not an abstract worry for facilities like the observatories cataloguing the deep sky, whose entire value depends on darkness.
Beyond the telescopes, commenters raised glare that could dazzle pilots and drivers, disruption to nocturnal wildlife and human sleep, orbital debris, and a queasier objection that no filing can quite quantify: the idea of a private company deciding where and when a piece of the planet gets lit. Reflect Orbital’s answer is that the beams stay tightly aimed, the mirror tilts away from Earth when idle, and each satellite must deorbit within 25 years. It says it is commissioning independent research and pursuing a coordination agreement with the National Science Foundation. “The company is committed to ongoing dialogue with scientists, astronomers, environmental researchers and any community that has a legitimate interest in how its technology develops,” it said in a statement.
None of this is unprecedented, which is the part worth sitting with. Russia strung a thin reflector across the sky in the 1990s with its Znamya experiments; the first briefly threw a patch of light over Europe before the second tangled during deployment and the program died. What is different now is money and cadence — a venture-backed firm with a $20 million Series A, a launch slot, and a business model that treats the night as inventory. The FCC has said yes to the experiment while pointedly refusing to answer the bigger question the experiment exists to raise. That question does not go away when Eärendil-1 reaches orbit. It gets brighter.
