(AP) – Soviet-era spacecraft fell to Earth on Saturday.
European Union space surveillance confirmed an uncontrolled re-entry after analyzing the spacecraft’s orbit and noting its absence from radar. The European Space Agency’s Space Debris office indicated that the spacecraft had re-entered when it was no longer detected by a German radar station.
It remains unclear where the spacecraft originated or how many of the Halfton vehicles survived the intense descent. Experts had previously suggested that it might all crash down, especially since it was designed to withstand the harsh conditions on Venus, the hottest planet in our solar system.
Scientists have stated that the likelihood of anyone being hit by debris from the spacecraft is very low.
The spacecraft, known as Cosmos 482, was launched by the Soviet Union in 1972 as part of a series of missions aimed at exploring Venus. However, it never successfully completed its orbit around Earth.
Many of these spacecraft returned to Earth within a decade of their unsuccessful launches. As its orbit decayed, the spherical lander, estimated to be about 3 feet tall, was the last component to descend. Experts indicated that the lander was encased in titanium and weighed around 1,000 pounds.
As scientists and military experts tracked the spiraling descent, they couldn’t definitively determine when or where the spacecraft would land. The unpredictability was compounded by solar activity influencing the already deteriorating state of the spacecraft in orbit.
As of Saturday morning, the US Space Command had not confirmed the spacecraft’s conclusion as they were still gathering and analyzing orbital data.
The US Space Command typically monitors numerous re-entries each month. Officials mentioned that Kosmos 482 received special attention from both government and civilian space observers, and it was anticipated that it would likely survive the re-entry.
This spacecraft was uncontrolled and did not have flight controllers guiding it to specific areas like the Pacific Ocean or other large bodies of water, which is often the case with older satellites and debris.
