Russian spaceship may fail to dock to ISS

Apr 25, 2013
This file photo shows a Russian Soyuz rocket with cargo Progress carrier blasting off from Baikonur cosmodrome in Kazakhstan, on August 2, 2012. An unmanned Russian spaceship carrying 2.5 tonnes of cargo may be unable to properly dock with the International Space Station after its navigation antenna failed to properly deploy, Interfax said on Thursday.

An unmanned Russian spaceship carrying 2.5 tonnes of cargo may be unable to properly dock with the International Space Station after its navigation antenna failed to properly deploy, Interfax said on Thursday.

The news agency report cited a Russian space industry source as saying that the Progress may be impeded in its docking operation by the improperly protruding antenna.

The antenna would create a space between the craft and the space station's hermetic seals that would make opening of the station's hatches too dangerous, the report said.

"After the cargo carrier manually docks with the station, the unopened antenna could run up against the docking node," the unnamed source told Interfax.

"In that case, the docking process will be impossible to complete in a perfectly hermetically-sealed manner."

The source added that this would then require for the crew on board the ISS to perform a spacewalk during which the problem could be fixed.

The Progress is taking up fresh fuel and oxygen supplies as well as equipment and water.

Russia's space agency said it would continue sending to the Progress trying to fix the problem throughout Thursday afternoon.

The navigation antenna failed to deploy properly shortly after the Progress lifted off on top of a from the Baikonur space station that Russia leases from Kazakhstan on Wednesday.

The 14-year-old international space lab is currently manned by two American astronauts and a Canadian as well as three Russian cosmonauts.

Explore further: Umanned Russian spaceship suffers mishap on way to ISS (Update)

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VancouverDoug
not rated yet Apr 25, 2013
This is just the sort of thing that Dexter, the ISS's generation 3 remote manipulator system is designed for. Grapple the Progress with the primary RMS and then use Dexter to unfurl the stuck antennae. The wrinkle however is that the Progress is not designed to be grappled. Time for NASA and Roscosmos to go all "Apollo 13" on the resupply craft and do a space walk.

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