Areostationary orbit
An areostationary orbit (abbreviated ASO) is a circular areosynchronous orbit in the Martian equatorial plane about 17,000 km (11,000 mi) above the surface, any point on which revolves about Mars in the same direction and with the same period as the Martian surface. Areostationary orbit is a concept similar to Earth's geostationary orbit.Although to date, no artificial satellites have been placed in this orbit, it is of interest to some scientists foreseeing a future telecommunications network for the exploration of Mars.[1]
The proposed Mars One mission includes a communications system featuring amongst others things an areostationary satellite.[2]
An asteroid or station placed in areostationary orbit could also be used to construct a Martian space elevator for use in transfers between the surface of Mars and orbit.
The prefix areo- derives from Ares, the ancient Greek god of war and counterpart to the Roman god Mars, with whom the planet was identified. The modern Greek word for Mars is Άρης (Áris).
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Formula
The formula for finding the geostationary orbit of any planetary body (including Mars) is located in the article Geostationary orbit.[citation needed]Orbital speed (how fast a satellite is moving through space) is calculated by multiplying the angular speed of the satellite by the orbital radius:
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