Difference between revisions of "Orion (CEV)"
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'''Orion''' mission '''10''' and '''11''' will also be a [[Soyuz]]/[[Progress]] mission to the ISS. Orion 11 is the initial flight of the Ares V, the [[HLLV]] of the [[constellation program]]. Like its [[Saturn V]] predecessor, the first payload will be a dummy payload to test its systems. The second flight of the Ares V will carry the first operational LSAM and will be launched in conjunction with Orion 12. | '''Orion''' mission '''10''' and '''11''' will also be a [[Soyuz]]/[[Progress]] mission to the ISS. Orion 11 is the initial flight of the Ares V, the [[HLLV]] of the [[constellation program]]. Like its [[Saturn V]] predecessor, the first payload will be a dummy payload to test its systems. The second flight of the Ares V will carry the first operational LSAM and will be launched in conjunction with Orion 12. | ||
| − | '''Orion 12''' will dock with the vehicle and ferry it to [[Low Lunar Orbit|low Lunar orbit (LLO)]]. The LSAM will then automatically land on the Lunar surface, launch, and dock with the Orion 12. The crew will remain aboard the orbiting vehicle. | + | '''Orion 12''' will dock with the vehicle and ferry it to [[Low Lunar Orbit|low Lunar orbit (LLO)]]. The LSAM will then automatically land on the Lunar surface, launch, and dock with the Orion 12. The crew will remain aboard the orbiting vehicle. There has been some thought given to using the LSAM as part of the base to be established on the next mission. |
'''Orion 13''' will be the first manned landing on the Moon since [[Apollo 17]]. | '''Orion 13''' will be the first manned landing on the Moon since [[Apollo 17]]. | ||
Revision as of 16:00, 10 December 2006
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The Orion missions are set to be the first manned missions to the Moon since the end of the Apollo program in 1972.
In addition to testing the Ares Boosters, the Orion Spacecraft and the Lunar Surface Access Modules (LSAMs), these missions will establish a Lunar base near Malapert crater.
Mission Plans
Ares 1, the first test flight, will test the first stage of the Ares I vehicle, which is essentially a Space Shuttle SRB, with five segments rather than four. It is a two-minute suborbital flight. This will be followed by a series of tests of the ascent abort system.
Ares 2 will be a suborbital flight of a boilerplate version of the Orion capsule and ascent abort system, presently planned for September 2012.
One year later, Orion 3 will carry an unmanned, but operational Orion Spacecraft for a two-week mission to an ISS inclination orbit.
Orion 4 will be an unmanned rendezvous with the ISS in June 2014.
Orion 5, slated for September 2014, will be the first manned flight of the Orion vehicle will carry a crew of two and have at least one EVA.
In December, Orion 6 will dock as an unmanned cargo carrier for a 90 day mission to ISS.
Orion missions 7, 8 and 9 will be a 180-day mission to the ISS and Progress-type resupply missions to the ISS, starting in May 2015.
Orion mission 10 and 11 will also be a Soyuz/Progress mission to the ISS. Orion 11 is the initial flight of the Ares V, the HLLV of the constellation program. Like its Saturn V predecessor, the first payload will be a dummy payload to test its systems. The second flight of the Ares V will carry the first operational LSAM and will be launched in conjunction with Orion 12.
Orion 12 will dock with the vehicle and ferry it to low Lunar orbit (LLO). The LSAM will then automatically land on the Lunar surface, launch, and dock with the Orion 12. The crew will remain aboard the orbiting vehicle. There has been some thought given to using the LSAM as part of the base to be established on the next mission.
Orion 13 will be the first manned landing on the Moon since Apollo 17. At the time of this writing, no further mission plans have been released, but it is now clear that the initial Lunar landings will be to set up a base near Malapert crater.
