An illustration of the Arkisys in-orbit servicing Port module, which could help increase the lifespan of satellites, thus reducing the amount of new orbital debris. (Image credit: Arkisys inc.) By Tereza Pultarova, Published by Space.com, 3 June 2025 "Everything we have ever designed to go into space has been one mission, one
By Anthony Cuthbertson, Published by The Independent, 2 June 2025 Solar storms could see satellite parts hit the ground, scientists warn Eruptions from the sun are causing SpaceX’s Starlink satellites to fall to Earth “faster than expected”, according to Nasa scientists. A team from the US space agency’s Goddard Space
An artist's illustration of SpaceX's Starlink internet satellites in orbit. (Image credit: SpaceX) By Paulina Okunyte, Published by cybernews, 2 June 2025 As Elon Musk floods the sky with satellites, scientists say the Sun is quietly pulling them back down. On Saturday night (May 31st), SpaceX launched another 27 satellites
By Samantha Lawler, Published by Live Science, 30 May 2025 Thousands of satellites with incredibly short lifetimes are being sent up into low Earth orbit. When they fall back down they're fireballs of pollution — and what doesn't burn up hits the ground. In 2024, several farmers across Saskatchewan, Canada,
This European Space Agency simulation shows the number of spacecraft currently orbiting the Earth, with many expected to either burn up in the atmosphere, or move to a distant 'graveyard orbit' when they reach end of life. Scientists argue for slowing down satellite launches until international space regulations catch up.
An artist's illustration of a satellite crashing back to Earth. (Image credit: Getty Images) By Ben Turner, Published by Live Science, 10 May 2025 The failed Soviet spacecraft Kosmos 482 has finally returned to Earth after 53 years in orbit. It disappeared into the Indian Ocean early Saturday morning. After
This European Space Agency simulation shows the number of spacecraft currently orbiting the Earth, with many expected to either burn up in the atmosphere, or move to a distant 'graveyard orbit' when they reach end of life By Tom Perkins, Published by The Guardian, 7 May 2025 SpaceX and Starlink
The atmospheric reentry process generates extreme heat and mechanical loads, which lead to the satellite's disintegration at the altitude of about 45 miles. (Image credit: ESA) By Kate Ravilious, Published by The Guardian, 1 May 2025 Aluminium emissions from satellites as they fall to Earth and burn up is becoming
