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piece of space debris moving toward the International Space Station may force astronauts to take shelter in an escape pod, according to NASA TV. If NASA officials determine the space junk poses a serious threat, the two-man crew -- which is not aware of the threat -- will be alerted at about 10 a.m. The astronauts may then be told to take shelter in the Soyuz escape pod.
NASA officials said the possible projected time of impact would be at about 1:17 p.m.
Originally posted by Hack28
Astronauts To Take Shelter, projected time of impact would be at about 1:17 p.m. Today.
www.clickorlando.com
piece of space debris moving toward the International Space Station may force astronauts to take shelter in an escape pod, according to NASA TV. If NASA officials determine the space junk poses a serious threat, the two-man crew -- which is not aware of the threat -- will be alerted at about 10 a.m. The astronauts may then be told to take shelter in the Soyuz escape pod.
NASA officials said the possible projected time of impact would be at about 1:17 p.m.
the two-man crew -- which is not aware of the threat --
NASA: Space Junk Won't Threaten ISS
2-MaCrew Will Not Need To Move Into Pod For Shelter
POSTED: Tuesday, December 1, 2009
UPDATED: 1:24 pm EST December 1, 2009
ORLANDO, Fla. -- According to NASA's Twitter account, there is no longer a threat of space junk colliding with the International Space Station.
UPDATE
The ISS has two navigation and control systems working in tandem, one in the Russian Zvezda Service module and one in the U.S. Destiny Laboratory module and SO (center) truss element. These systems operate simultaneously with one designated as the master system at any given time, but with both systems exchanging data continuously for fault detection and redundancy. Both systems have the capability to navigate and to control the station’s orientation or attitude, but only the Russian segment has thrusters allowing it to raise the altitude of the space station to overcome the decaying effects of atmospheric drag, or to avoid orbital debris.
Boeing - ISS (pdf)