Difference between revisions of "Ares (ESAS)"

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(→‎Ares I: launch sites)
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==Ares I==
 
==Ares I==
  
The '''Ares I''' CLV (Crew launch vehicle) is a heavy launch vehicle design for carrying the [[CEV]] into [[LEO]]. Its first stage is a five segment [[SRB]], like used for the '''Ares V''', creating up to 16 MN thrust at liftoff. The second stage is currently under development and will be a [[cryogen]] stage with two [[J-2X (Engine)|J-2X]] engines.  
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The '''Ares I''' CLV (Crew launch vehicle) is a heavy launch vehicle design for carrying the [[CEV]] into [[LEO]]. Its first stage is a five segment [[SRB]], like used for the '''Ares V''', creating up to 16 MN thrust at liftoff. The second stage is currently under development and will be a [[cryogen]] stage with two [[J-2X (Engine)|J-2X]] engines.
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It will be launched from either LC-34, LC-37A, or LC-39 at [[Cape Canaveral Air Force Station]]/[[Kennedy Space Center]]
  
 
==Ares V==
 
==Ares V==

Revision as of 08:41, 17 June 2006

Ares is a name of a family of STS-derived launch vehicles, currently under development for NASA. The family consist of two different launchers, the Ares I and the Ares V.

Ares I

The Ares I CLV (Crew launch vehicle) is a heavy launch vehicle design for carrying the CEV into LEO. Its first stage is a five segment SRB, like used for the Ares V, creating up to 16 MN thrust at liftoff. The second stage is currently under development and will be a cryogen stage with two J-2X engines.

It will be launched from either LC-34, LC-37A, or LC-39 at Cape Canaveral Air Force Station/Kennedy Space Center

Ares V

The Ares V CaLV (Cargo launch vehicle) is a heavy launch vehicle design for launching up to 125 tons into LEO or 45 tons to the moon (not including a docked CEV).

It consists of two and a half stages, two five segment SRBs with a cryogen sustainer stage and a cryogen second stage. The sustainer stage uses five expendable SSMEs, while the second stage uses a single J-2X. It will most likely launch from a modified LC 39 from KSC.

See also: ESAS Exploration Systems Architecture Study

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