Historic 53-Year-Old Soviet Spacecraft Set to Plummet Back to Earth This Week!

"53-Year-Old Soviet Spacecraft to Fall Back to Earth This Week!"

Kosmos 482, stuck in Earth's orbit for 53 years, will reenter between May 8-12, potentially scattering debris across a vast area.
Dr. Emma Lee7 May 2025Last Update :
Artist S View Of Atv 5 Reentry
gizmodo.com

Kosmos 482, a Soviet-era spacecraft, has been trapped in Earth’s orbit for 53 years. Its wandering journey is nearing an end, with a dramatic reentry expected between May 8 and 12, 2025-05-07 00:26:00. The failed Venus mission could either crash intact or scatter debris across a vast area near the equator.

6 Key Takeaways
  • Kosmos 482 reenters Earth between May 8-12.
  • Soviet spacecraft failed Venus mission in 1972.
  • Uncertain crash location spans equatorial regions.
  • Parachute deployment remains speculative, unlikely effective.
  • Potential impact speed around 150 mph.
  • Risk of debris impacting inhabited areas exists.

Launched on March 31, 1972, from the Baikonur Cosmodrome, Kosmos 482 aimed to reach Venus but failed due to a malfunction. Since then, it has been stuck in an elliptical orbit around Earth, raising questions about its impending reentry and potential impact.

Fast Answer: Kosmos 482 is set to reenter Earth’s atmosphere soon, with uncertain landing locations and survival chances for its components.

As Kosmos 482 prepares for reentry, scientists are pondering its fate. Will it survive the intense heat of atmospheric entry? The spacecraft’s design for Venus’ atmosphere suggests it might endure intact, but uncertainty remains.

  • Reentry expected between May 8 and 12, 2025.
  • Potential impact area spans across the equator.
  • Survival of the spacecraft remains uncertain.
  • Risk of debris impacting inhabited areas exists.
The impending reentry of Kosmos 482 highlights the ongoing risks posed by space debris to our planet.

As we advance in space exploration, understanding the behavior of defunct spacecraft will be crucial for future missions and planetary safety. Will we develop better tracking and mitigation strategies for space debris?

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