From Earth orbit to deep space: sharing the excitement of realtime mission operations at the European Space Agency
#WhereMissionsComeAlive 
#SpaceSafety
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Each encounter with Venus will increase its inclination, meaning that each time #SolarOrbiter encounters the Sun, it will be looking at it from a different perspective
#WeAreAllSolarOrbiterspic.twitter.com/aXQq3BgXsv
During #SolarOrbiter's proposed extended mission phase, the spacecraft would lift into an even higher inclination orbit. At 33° above the solar equator, the polar regions would come even more directly into viewpic.twitter.com/3AIPBQH1ud
Find out more about what it takes to fly solo, including how the spacecraft's solar panels will handle the heat and the complexities of '#boom deployment'
http://www.esa.int/Enabling_Support/Operations/Flying_solo …
#WeAreAllSolarOrbiters
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That's closer than the scorched planet Mercury, just over quarter the average distance between the Sun and Earth, and closer than any European spacecraft in history
Scientists have managed to infer the appearance of polar regions, e.g. this artificial image using Proba-2 observations to reconstruct a view of the north pole
How?
SolarOrbiter’s path will see it travel out of the ‘plane of the ecliptic’, seemingly leaping up from the solar equator
