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                        The main objective of the CHEOPS mission is to monitor planetary transits by means of ultrahigh precision photometry on known stars that have planets orbiting them.

                        CHEOPS

                        Looking into the heart of exoplanets

                        The first European Space Agency (ESA) satellite produced by Airbus in Spain will enable a giant leap in mankind’s knowledge of the universe.

                        CHEOPS

                        CHEOPS – the acronym for: Characterising ExOplanet Satellite – was developed for a mission to understand the make-up of exoplanets that orbit nearby stars. It will accomplish this by seeking out small planets that are similar to Earth and studying them in great detail, with the aim of verifying whether some could support life.

                        The 300-kg. CHEOPS spacecraft was built by an Airbus-led consortium of 24 companies from 11 European countries, working under ESA’s tight schedule for launch at the end of 2019. It is the first of the space agency’s “S” (small) missions, designed to be ready to fly within five years from contract award and using proven technologies to pave the way for bigger and more ambitious missions.

                        The satellite’s exoplanet-analyser is a Ritchey-Chrétien telescope supplied by the University of Bern, Switzerland and integrated on Airbus’ highly-flexible and compact Astrobus platform that already has been successfully used on such high-profile Earth imaging programmes as Spot 6 and 7, KazEOSat-1, PeruSat-1 and the Sentinel 5 Precursor; along with the MetOp Second Generation weather satellites.  

                        CHEOPS

                        CHEOPS will focus its attention on the gleam of known stars, detecting the decrease that occurs when a planet passes in front of it. This will help CHEOPS precisely measure the size of the planet, as well as determine what it is made of. Once a planet’s mass is known, the density can then be calculated – giving an idea of its internal structure, formation and evolution.

                        The CHEOPS spacecraft will have an operational lifetime of at least 3.5 years and is to perform its mission from a Sun-synchronous orbit around the Earth at an altitude of 700 km. CHEOPS’ lift-off aboard a Soyuz launcher is targeted for mid-December from the Spaceport in French Guiana.

                        Next on the company’s agenda is a big SMILE… 

                        Airbus-built CHEOPS satellite successfully launched on Soyuz

                        CHaracterising ExOPlanet Satellite

                         

                        Exoplanet satellite encapsulated

                        Exoplanet satellite encapsulated

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