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Small air leak patched at International Space Station, crew not in danger

Handout/NASA TV/AFP | This NASA TV video grab shows NASA astronauts Drew Feustel and Ricky Arnold (top) as they install a pair of high-definition video cameras on the International Space Station on June 14, 2018.

Astronauts scrambled Thursday to patch a tiny hole in a Russian capsule that was allowing air to leak from the International Space Station.

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NASA and Russian space officials stressed the six astronauts were in no danger.

The leak was detected Wednesday night   possibly from a micrometeorite strike   when it caused a small drop in cabin pressure. It was traced to a hole about 2 millimeters (less than one-tenth of an inch) across in a Soyuz capsule docked at the space station.

Thursday morning, the crew taped over the hole, slowing the leak. Later, the two Russian spacemen put sealant on a cloth and stuck it over the area, while their colleagues took photos for engineers on the ground. Flight controllers, meanwhile, monitored the cabin pressure while working to come up with a better long-term solution.

Mission Control outside Moscow told the astronauts to let the sealant dry overnight and that more leak checks would be conducted Friday. The makeshift repairs seem to have stabilized the situation, at least for now, officials said. Earlier, flight controllers tapped into the oxygen supply of a Russian cargo capsule to partially replenish the atmosphere in the station.

The leaking Soyuz   one of two up there   arrived at the orbiting lab in June with three astronauts. It’s their ride home, too, come December, and also serves as a lifeboat in case of an emergency. A NASA spokesman said it was premature to speculate on whether the three might have to return to Earth early if the leak, even as small as it is, cannot be stopped.

The hole is located in the upper, spherical section of the Soyuz, which does not return to Earth, according to NASA.

The 250-mile-high outpost is home to three Americans, two Russians and one German. Orbital debris is a constant threat, even the tiniest specks.

(AP)

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