Astronauts on ISS take shelter after Russian satellite breakup in orbit
The recent event of an old Russian satellite breaking into more than 100 pieces in orbit near the International Space Station (ISS) has brought attention to the issue of space debris and its potential impact on satellite networks and space activities.
On Wednesday afternoon UK time, astronauts on board the ISS had to take shelter for about an hour as the satellite breakup occurred. The astronauts were able to resume their work shortly after the incident, but the event highlighted the dangers of space debris in Earth’s orbit.
The satellite, which Russia declared dead in 2022, broke up at a height of roughly 220 miles above Earth, resulting in at least 180 detected pieces by Thursday afternoon. While US Space Command stated there was no immediate threat to other satellites in orbit, the incident serves as a reminder of the increasing concerns surrounding space debris.
As space becomes crowded with satellite networks that people rely on for various activities such as internet use and navigation services, the risk of collisions and satellite explosions leading to more space junk continues to grow. There are currently an estimated 25,000 pieces of debris larger than four inches in space, posing potential hazards for active satellites in orbit.
It is crucial for space agencies and companies to address the issue of space debris and implement measures to mitigate the risks associated with dead satellites and space junk. As dead satellites orbit until they eventually burn up in Earth’s atmosphere or travel far away into deep space, the importance of responsible space practices becomes increasingly evident.
The recent satellite breakup near the ISS serves as a reminder of the need for continued efforts to ensure the sustainability and safety of space activities. With space becoming more crowded with satellites and debris, it is essential to prioritize responsible space management to prevent future incidents that could endanger satellites and astronauts in orbit.