A Soviet spacecraft, Kosmos 482, launched in 1972, has reportedly re-entered Earth’s atmosphere and is believed to have crashed early Saturday morning. The European Space Agency (ESA) was tracking the uncontrolled descent and last detected it over Germany. By the time it was expected to crash, radars could no longer pinpoint its location, prompting experts to conclude that re-entry likely occurred.
Fortunately, no injuries or damage have been reported from this event. Kosmos 482 was part of the U.S.S.R.’s Venera program, aimed at exploring Venus. While it was designed for the harsh conditions on the planet, where temperatures soar to 867°F (464°C), this spacecraft malfunctioned and became trapped in Earth’s orbit instead of completing its intended mission.
Over the past 53 years, Kosmos 482 gradually spiraled closer to Earth. It’s not uncommon for space debris to fall back down; in fact, more than 2,400 human-made objects fell from space in 2022 alone, as noted by the ESA. The majority of these pieces burned up upon re-entry, with most of the rest landing in oceans.
Kosmos 482 was built to endure intense atmospheric pressures and temperatures. This durability made it theoretically capable of surviving a re-entry through Earth’s atmosphere, which is less extreme compared to Venus.
Interestingly, despite concerns about debris from satellites and spacecraft, there has never been a reported human fatality from such incidents. ESA officials emphasized in a recent blog post that the chances of injury from falling space debris are exceedingly low—less than one in 100 billion in a given year. To put that in perspective, a person is about 65,000 times more likely to be struck by lightning.
On Friday, the U.S. Space Force predicted that the spacecraft would re-enter the atmosphere around 1:52 a.m. ET Saturday, over the Pacific Ocean, west of Guam. This serves as a reminder of the long-standing impacts of space exploration and the ongoing challenges of managing space debris.
For further insights, you can read more about space debris and its risks in the ESA’s space environment report.