FCC Approves Reflect Orbital's 5-Km Sunlight-Beam Satellite Test as Astronomers Warn of 50,000-Satellite Plan
Updated
Updated · CP24 · Aug 5
FCC Approves Reflect Orbital's 5-Km Sunlight-Beam Satellite Test as Astronomers Warn of 50,000-Satellite Plan
3 articles · Updated · CP24 · Aug 5
Summary
A first demonstration satellite is now cleared for launch by year-end, letting Reflect Orbital test spacecraft designed to reflect a five-kilometre-wide beam of sunlight on demand.
Reflect Orbital says the system could light disaster zones, remote work sites, farms and solar facilities after dark, and it aims to scale the network to more than 50,000 satellites by 2035.
Astronomers and planetarium officials say the project could worsen light pollution, disrupt wildlife and sleep, and interfere with telescope observations—one critic said a passing satellite could "fry" a camera.
Reflect Orbital says most people will never see the light because service will be targeted, permit-based and limited by exclusion zones around observatories and sensitive habitats, with third-party environmental studies underway.
The approval also revived calls for stronger international oversight of low Earth orbit, with critics arguing national launch rules leave too little control once satellites are in space.
With a giant mirror satellite launching soon, who actually has the power to protect our natural night sky from corporate space illumination?
Could a startup's plan to beam sunlight at night inadvertently blind our telescopes and permanently erase the stars from our view?
As the FCC approves nocturnal sunbeams, will a regulatory loophole allow 50,000 satellites to irreversibly disrupt global ecosystems and human sleep?
"Sunlight on Demand: The Promise and Peril of a 50,000-Satellite Orbital Mirror Constellation"
Overview
In July 2026, the FCC approved Reflect Orbital’s plan to launch Eärendil-1, a satellite designed to reflect sunlight onto dark areas of Earth after sunset. This marks the start of a project aiming for 50,000 satellites by 2035, promising benefits like powering solar farms and enabling 24/7 construction. However, the technology introduces constant artificial light at night, which disrupts human and animal circadian rhythms, stresses plants, and causes widespread skyglow due to atmospheric scattering. With no clear regulatory oversight, the massive constellation also threatens cultural heritage, astrotourism, and increases risks from space debris and atmospheric pollution.