Difference between revisions of "Direct cargo mission"
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| − | == Non reusable cargo mission == | + | ==Non reusable cargo mission== |
===Mission plan=== | ===Mission plan=== | ||
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'''''{{PersPosArticle}} [[User:T.Neo|T.Neo]]''''' | '''''{{PersPosArticle}} [[User:T.Neo|T.Neo]]''''' | ||
| − | == Reusable cargo mission == | + | ==Reusable cargo mission, SpaceX== |
| + | |||
| + | ===Mission plan=== | ||
| + | |||
| + | * A pair of SpaceX Starships launch towards Mars on a rapid transfer orbit. | ||
| + | * At Mars the Starships aerobrake and uses supersonic retropropulsion to achieve a soft landing. | ||
| + | * The ships offload a fuel production plant and a large number of solar arrays, that refuel the ships. They also unload exploration vehicles and other cargo. | ||
| + | * After two years on Mars, the ships take off from Mars as SSTO vehicles and return to Earth. | ||
| + | * Using high velocity direct entry the ships aerobrake and return to their launch sites for re-use. | ||
| + | |||
| + | === Challenges === | ||
| + | |||
| + | * The flight path is unproven. | ||
| + | * The re entry conditions may be too severe. | ||
| + | * In situ preparation of propellant may fail. | ||
| − | |||
[[Category:Settlement Transport Systems]] | [[Category:Settlement Transport Systems]] | ||
Revision as of 10:38, 27 May 2019
This article describes a direct cargo mission.
Contents
Non reusable cargo mission
Mission plan
- An Ares V class rocket launches the cargo on a Hohmann Transfer trajectory to Mars using an EDS (Earth Departure Stage).
- At Mars, the lander detaches from the orbital module and enters the atmosphere. It deploys a parachute, then uses retrorockets (Not mono-propellant rockets like on previous landers, but more powerful bi-propellant rockets.) to land on the surface. A crushable section, in the place of legs, cushions the landing.
- The orbital module aerobrakes into orbit to become a communication/global positioning satellite.
Challenges
- Bi-propellant retrorockets have not been tested on Mars.
- The heat-shield will have to detach first
- Large payloads have not been landed on Mars before.
This article reflects the personal position of T.Neo
Reusable cargo mission, SpaceX
Mission plan
- A pair of SpaceX Starships launch towards Mars on a rapid transfer orbit.
- At Mars the Starships aerobrake and uses supersonic retropropulsion to achieve a soft landing.
- The ships offload a fuel production plant and a large number of solar arrays, that refuel the ships. They also unload exploration vehicles and other cargo.
- After two years on Mars, the ships take off from Mars as SSTO vehicles and return to Earth.
- Using high velocity direct entry the ships aerobrake and return to their launch sites for re-use.
Challenges
- The flight path is unproven.
- The re entry conditions may be too severe.
- In situ preparation of propellant may fail.
