«This is a major milestone for our ExoMars programme, and a fantastic achievement for Europe,» says Pia Mitschdoerfer, Trace
Gas Orbiter mission manager.
Not exact matches
The initial 2016 phase of the
mission would carry an
orbiter designed to sniff out possible sources of methane and other trace
gases that might signal the presence of microbial life on Mars.
The first ExoMars
mission, the Trace
Gas Orbiter, launched this past March, and will attempt to nail down the existence and source of methane gas, which has mysteriously come and gone over the yea
Gas Orbiter, launched this past March, and will attempt to nail down the existence and source of methane
gas, which has mysteriously come and gone over the yea
gas, which has mysteriously come and gone over the years.
The story begins with a 2008 agreement between NASA and ESA to share the costs of sending the Trace
Gas Orbiter to Mars in a 2016
mission, followed by a European rover and a U.S. rover in 2018.
Its Trace
Gas Orbiter (TGO), the first prong of a multipart ExoMars
mission, appears to have been captured into its planned orbit around Mars and is working normally.
Meanwhile, ESA reports that the Trace
Gas Orbiter — the main scientific rationale for the ExoMars 2016
mission — is in good health, and is set to begin slowly lowering the altitude of its orbit so that it can begin looking for methane and other
gases that could signal life on Mars.
The Nili Fossae region is important to the ExoMars 2016 TGO
mission as it is thought to be one of the potential source regions for transient methane
gas in the Martian atmosphere that the other instruments on the
orbiter is hoping to detect, characterize and determine its origins.
Scheduled to arrive at the planet Mars this October, this first part of the ExoMars program, consisting of an
orbiter and lander, will search for
gases in the Martian atmosphere that could indicate signatures of active biological or geological processes, while also testing key entry, descent and landing technologies to support future ESA
missions to Mars.