Manned resupply mission - Revision history

Jburk at 18:57, 17 December 2018

2018-12-17T18:57:47Z

T.Neo: /* Mission plan */ - free return trajectory

2008-08-22T07:17:54Z

Mission plan: - free return trajectory

Rfc: Open issues, External links, cat+, links+, typos

2008-08-19T19:04:54Z

Open issues, External links, cat+, links+, typos

T.Neo: /* See also */

2008-08-19T08:46:00Z

T.Neo: New page: A Manned resupply mission for a semi autonomous colony is decribed here. == Mission == One launch atop a Ares V class rocket puts the habitat, tether, etc into LEO. One launch of...

2008-08-19T08:35:31Z

New page: A Manned resupply mission for a semi autonomous colony is decribed here. == Mission == *One launch atop a Ares V class rocket puts the habitat, tether, etc into LEO. *One launch of...

New page

A Manned resupply mission for a [[semi autonomous colony]] is decribed here.

== Mission ==

*One launch atop a Ares V class rocket puts the habitat, tether, etc into LEO.

*One launch of an Orion CEV. The CEV docks with the habitat.

*One launch of the Earth Departure Stage (EDS), derived from lunar missions. The EDS is docked with the habitat module, on the other side of the CEV.

*The EDS burns and places the Habitat/CEV on a Hohmann transfer orbit towards Mars.

*After the burn has ended, The tether unfolds and spins up the habitat to martian gravity, using the spent EDS as a counterweight. The habitat is inflated and "flat pack" walls and floors are set up inside. Hopefully the CEV LIDS dock can withstand 0.38g.

*Upon Mars arrival, the EDS is reeled back to the Habitat and the whole arrangement aerobrakes into Mars orbit. (It would be easier to cut the EDS loose, But I am thinking that some fuel might be left inside, useful for Trans Earth Injection.)

*A lander is launched from the colony to meet up with the Habitat. Fuel from the lander is pumped into holding tanks and/or the EDS. The lander lands near the colony, and the scientists meet up with the colonists and explore Mars.
Cargo is unloaded and utilized by the colony.

*After two years, the scientists launch back to the Habitat. They ignite either the EDS or another engine, and fly back to Earth, again using the EDS as a counterweight.

*Upon return, they cut loose the EDS and aerobrake into Earth orbit. The CEV returns the crew to Earth while the Habitat awaits a new mission.

*Sebsequent missions only need a new EDS and CEV, wth expenditure the same as a lunar mission.

===Transfer craft Design===
The core of the transfer craft is the habitat module. It is inflatable, and contains all life support for the crew of six aboard. Life support systems are regenrative, and all water and air aboard is recycled. It also contains solar panels for power generation, radiators, communications antennas and micrometeorite protection. It is connected by a tether in a "bolo" arrangment to the EDS. THe EDS is used up on each mission, and is used for Trans Mars injection and Trans Earth Injection. It is used as a counterweight during the cruise phase of the mission. The CEV is used primarily to transport the crew from Earth to the Habitat and from the Habitat back to Earth. It is also used for "spin up" and "spin down" manuvers, and course corrections. The lander is maintained and fueled on Mars, and is used to transfer fuel to the EDS and transfer the crew to and from Mars itself. A Cargo CEV is used periodically to replenish the Habitat.

== Challenges ==

== See also ==
[[space acess]]

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 *One launch of the Earth Departure Stage (EDS), derived from lunar missions. The EDS is docked with the habitat module, on the other side of the CEV.
-*The EDS burns and places the Habitat/CEV on a ''Hohmann transfer orbit'' towards Mars.
+*The EDS burns and places the Habitat/CEV on a free-return trajectory towards Mars.
 *After the burn has ended, The tether unfolds and spins up the habitat to Martian gravity, using the spent EDS as a counterweight. The habitat is inflated and "flat pack" walls and floors are set up inside. Hopefully the CEV LIDS dock can withstand 0.38g.
@@ Line 28: / Line 28: @@
 ===Transfer craft Design===
 The core of the transfer craft is the habitat module. It is inflatable, and contains all life support for the crew of six aboard. Life support systems are regenerative, and all water and air aboard is recycled. It also contains solar panels for power generation, radiators, communications antennas and micrometeorite protection. It is connected by a tether in a "bolo" arrangement to the EDS. The EDS is used up on each mission, and is used for Trans Mars injection and Trans Earth Injection. It is used as a counterweight during the cruise phase of the mission. The CEV is used primarily to transport the crew from Earth to the Habitat and from the Habitat back to Earth. It is also used for "spin up" and "spin down" maneuvers, and course corrections. The lander is maintained and fueled on Mars, and is used to transfer fuel to the EDS and transfer the crew to and from Mars itself. A Cargo CEV is used periodically to replenish the Habitat.
 == Challenges ==

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	== See also ==		== See also ==
−	[[space ~~acess~~]]	+	[[space access]]
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