The FCC manages radio spectrum. It has no mandate to protect the night sky — and that structural gap is why the most coordinated scientific objections in history will likely accomplish nothing.
The Royal Astronomical Society, the European Southern Observatory, and the International Astronomical Union have filed a joint objection to the FCC opposing SpaceX's application for one million orbital data center satellites (SAT-LOA-20260108-00016, filed January 30, 2026) and a separate Reflect Orbital application for 50,000 in-space mirrors. This is the first occasion all three organizations have aligned on a single FCC submission. The scientific case is detailed and specific. The regulatory path to stopping either project is narrow. My assessment: the comment period is the only lever the astronomy community has, and that lever does not reach the FCC's decision.
The numbers in the RAS filing are not subtle. The VLT would lose approximately 10 percent of its observational data to satellite trails. A December 2025 study in Nature found that if planned megaconstellations are completed, a third of Hubble images would be contaminated and more than 96 percent of SPHEREx exposures affected. Dr. Robert Massey, Deputy Executive Director at the RAS, put it this way in the society's press release: deploying more than one million exceptionally bright satellites would destroy the science of astronomy and permanently scar the natural landscape. The stars above us are a valued part of human heritage, the RAS said. And that, Massey said, is unacceptable.
Reflect Orbital — a California startup with disclosed funding of more than $28 million across seed and Series A rounds, according to the New York Times and tracking database Tracxn — filed separately for 50,000 in-space mirrors to redirect sunlight to Earth at night. The RAS described each beam as four times brighter than the full Moon. Collectively, the mirrors would brighten the night sky to three to four times its natural state. The company's stated goal is replacing fossil fuels. The RAS calls it catastrophic.
The FCC's public comment process exists for exactly this: parties with standing file objections, the record develops, and the agency weighs competing interests. In practice, the agency has shown no appetite for constraining SpaceX's ambitions. My read: that reflects the political reality of an agency that answers to an administration with close ties to the company. The Starlink precedent is the reason the objections exist but also the reason observers expect them to fail. My assessment is that SpaceX pursued brightness reduction requests that proved insufficient, developed and deployed dark satellite coatings on some spacecraft without solving the brightness problem at scale, proposed sunshades that did not meet performance specifications, and continued launching regardless. SpaceX has 10,139 satellites in orbit as of late March 2026, according to Spaceflight Now and Wikipedia tracking data; roughly 8,064 are currently operational. The night sky has already changed.
What the astronomical community has not yet made, and what may be the only argument that lands before this FCC, is economic. A million satellites in low Earth orbit are not only an astronomy problem. They are an actuarial problem for every operator in LEO, including SpaceX. Collisions generate debris. Debris makes orbits unusable. The Kessler syndrome calculus does not distinguish between satellites that study the cosmos and satellites that mine Bitcoin. My read: if the FCC will not act on scientific harm, it may eventually have to act on orbital congestion that threatens its own licensed operators. That argument has not been made in either FCC filing. It might be the only one that works.
The astronomy community has done what it can. Coordinated objections from three of the world's leading scientific institutions, documented in detail, filed through proper procedure. The filings are thorough. The harms are real. The night sky has no registered lobbyist, no FCC counsel, and no standing to appear before the regulator that controls its fate.
