The excess radio emissions from Starlink satellites threatens to hinder observations through radio telescopes, astronomers in Europe say.

SpaceX's new Starlink satellites are so radio noisy that they could blind radio astronomy observatories to the universe's most intriguing phenomena, scientists say.

Experts say that these developments signal the need for regulations for satellite operators, just like there exist regulations for radio pollution from ground-based electronic sources like cellphone t

This problem is only getting worse as SpaceX, the company behind Starlink, continues to launch dozens of new satellites each week. The unintended emissions from these satellites may even exceed international limits for interference, which could have serious implications for future radio astronomy.

Experts at the Netherlands Institute for Radio Astronomy (ASTRON) claim that second-generation, or "V2," Mini Starlink satellites emit interference that is a staggering 32 times stronger

Starlink's new V2 Mini satellites interfere with radio telescopes on Earth with strong radio waves. Astronomers would be "blinded" by electromagnetic radiation.

A new study conducted by the Netherlands Institute for Radio Astronomy (ASTRON) has warned that interference from the second (v2-Mini) generation of Starlink's

Starlink and other satellite networks are vital for providing high speed internet to remote communities, but unintended radiation leakages are making life difficult for astronomers who need clear skies.

Satellite swarms orbiting the Earth are leaking more radiation into protected wavelength bands than ever. In fact, the second generation of Starlink satellites – known as the v2mini and v2mini Direct-to-Cell versions – are leaking up to 32 times more radiation than their predecessor.

V2 sats beam 10M times brighter noise, hampering telescopes The second generation of Starlink satellites being lobbed into orbit by SpaceX might not reflect as much sunlight as the old ones, yet astronomers say they're leaking up to 32 times the unintended radio waves instead.