MetNet
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This article or section documents a scheduled or expected spaceflight. Details may change as the launch date approaches or more information becomes available. |
MetNet | |
Organization | Finnish Meteorological Institute |
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Mission type | Multi-lander network |
Launch date | 2009-2019 |
Launch vehicle | Soyuz launch vehicle / Volna |
MetNet is an atmospheric science mission to Mars, initiated and defined by the Finnish Meteorological Institute. The mission includes sending several tens of MetNet Landers (MNL) on the Martian surface. The objective is to establish a wide-spread surface observation network in Mars to investigate the planet's atmospheric structure, physics and meteorology.
Contents |
[edit] Status
A suborbital testflight using a Russian SS-19 missile is under preparation and scheduled for 2008[1]. A precursory mission with 1-2 landers will follow in 2009/2011[2]. More landers will be deployed in the following launch windows extending up to 2019[3].
[edit] Precursory Mission
The Precursory Mission includes 1-2 MetNet Landers being sent to Mars. It is scheduled for 2009/2011. Two premilinary delivery concepts have been investigated[4]:
1. Piggyback delivery attached to the Russian Phobos Grunt Sample Return mission.
2. Dedicated launch using the Russian Volna — a converted Submarine/Sea-Launched Ballistic Missile (SLBM).
[edit] Development
MetNet is a "successor" of the NetLander Mission's atmospheric leg. It is also continuance of the Russian Mars 96 mission. MetNet development has been going on since 2001.
MetNet is being developed by a consortium consisting of the Finnish Meteorological Institute (Mission Lead), Babakin Space Center (Systems Lead) and Russian Space Research Institute (Payload Lead, in cooperation with the FMI).
[edit] References
[edit] External Links
- Introduction to the MetNet Mars Mission
- MetNet Mission Poster
- The next generation atmospheric mission to Mars
- Finnish remote sensing research stems power form international cooperation
- MetNet - In Situ Observational Network and Orbital Platform to Investigate the Martian Environment
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