© Thales Alenia Space
Thales Alenia Space win ESA contract for PLATO phase B1 study
Thales Alenia Space
| 2015/01/13 | 188 words
| AVIATION WORLD NEWS | SPACE
Thales Alenia Space announced today that it has been selected by the European Space Agency for one of the three phase B1 studies of the PLATO (PLAnetary Transits and Oscillation of stars) program, part of ESA's Cosmic Vision 2015-25.
Phase B1 entails the consolidation of all mission, system and subsystem requirements, including definition of the satellite configuration and operational aspects, comparative analyses and assessment of scientific performance.
The main purpose of the PLATO mission, scheduled for launch in 2024, is to study planetary systems outside the solar system by identifying and analyzing planetary transits.
Thales Alenia Space Italia will conduct this phase of the project by defining the system and subsystem aspects of the satellite, with Thales Alenia Space France providing the payload definition.
PLATO will also study stars to determine their age, mass and dimensions. By observing stars relatively close to Earth, it will evaluate the slight but regular changes in brightness that indicate the presence of planets. PLATO will provide key information to determine these planets' mass, radius, density, bulk composition and distance from their “sun,” in the ongoing search for worlds potentially similar to our own.
Phase B1 entails the consolidation of all mission, system and subsystem requirements, including definition of the satellite configuration and operational aspects, comparative analyses and assessment of scientific performance.
The main purpose of the PLATO mission, scheduled for launch in 2024, is to study planetary systems outside the solar system by identifying and analyzing planetary transits.
Thales Alenia Space Italia will conduct this phase of the project by defining the system and subsystem aspects of the satellite, with Thales Alenia Space France providing the payload definition.
PLATO will also study stars to determine their age, mass and dimensions. By observing stars relatively close to Earth, it will evaluate the slight but regular changes in brightness that indicate the presence of planets. PLATO will provide key information to determine these planets' mass, radius, density, bulk composition and distance from their “sun,” in the ongoing search for worlds potentially similar to our own.
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