NASA Has Spotted Flakes Flying Past A Space Station Window – And It Has Set The Alarm Bells Ringing

In the vast expanse of space, where cooperation and reliability are essential for survival, the International Space Station (ISS) has found itself in a recurring and concerning predicament. The Russian segment of the ISS has experienced its third coolant leak in less than a year, casting a shadow of doubt over the reliability of Russia’s space program.

The source of the leak was pinpointed to an 11-year-old backup radiator circuit within Russia’s Nauka module, a development disclosed through a Telegram update by Russia’s space agency, Roscosmos. As the situation unfolded, NASA’s ground control in Houston communicated a troubling request to the astronauts on the US segment of the ISS.

“Hi, we’re seeing flakes outside, we need a crew to go to the cupola, we think windows five or six, and confirm any visual flakes,” the mission control conveyed. The response from NASA astronaut Jasmin Moghbeli was swift, “There’s a leak coming from the radiator on the Nauka module.”

Fortunately, despite the gravity of the situation, NASA later reassured that none of the station’s crew members were ever in danger, and the damage appeared to be relatively minimal.

What makes this recurrent issue even more remarkable is that it’s the third coolant leak to strike the Russian segment in less than a year. In the previous December, Russian cosmonauts witnessed a Soyuz spacecraft, docked to the ISS, expelling coolant into space uncontrollably. Following that, in February, yet another spacecraft connected to the station began leaking, leading to the depressurization of the cargo spacecraft.

As Harvard astronomer and space expert Jonathan McDowell aptly noted, “One is whatever, two is a coincidence, three is something systematic.” These repeated occurrences bring into sharp focus the declining reliability of Russian space systems. Moreover, these incidents add to concerns about Russia’s role in the broader context of the ISS.

At a time when unity and reliability in space are paramount, these challenges serve as a reminder of the need for continuous dedication to maintaining the ISS’s seamless operation, no matter where it orbits in the vastness of space.

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