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ESA challenged professional and amateur observers to record the passage of the BepiColombo spacecraft as it flew over Earth on the way to its final mission in Mercrio.
On day 10, the BepiColombo spacecraft passed through Earth en route to Mercrio, flying at an altitude of only 12,700 km, and the European Space Agency (ESA), responsible for the team along with the Japanese agency Jaxa, had an idea: call to amateur observers and professional astronomers for a contest that chose the best photo of the probe passage. And what did a Brazilian win?
Sergio Silva, a resident of the city of Porto Feliz (Sorocaba Metropolitan Region, So Paulo) managed to record the BepiColombo trip with the Blue Horsehead reflection nebula in the background. The image was chosen as the “best look” at the flyover and the photo illustrating this post, there at the top of the page. The moving spacecraft visible as a series of four diagonal lines crossing the frame from top left to bottom right against a field of stars.
Britain’s Guy Wells and Daniel Bamberger also won, for a sequence of photos of the probe moving across the sky entitled to a “special stake” from a deactivated geostationary satellite.
Finally, the image made by the observatory of the Rikubetsu Space Museum in Japan was chosen, which made the last image of the Bepicolombo while taking advantage of Earth’s gravity to adjust its trajectory towards the innermost planet of the Solar System.
According to ESA, more than thirty observers from around the world participated in the campaign. The jury was made up of mission specialists, and the winners will receive a scale model of BepiColombo.
This will be the only passing of the probe through Earth. BepiColombo will make nine planetary flybys, the next one on Venus, on October 15. The mission is to study all aspects of Mercury, from the structure and dynamics of its magnetosphere and how it interacts with the solar wind, to its internal structure with its large iron core and the origin of the planet’s magnetic field.
BepiColombo will also make global maps of the chemical and elemental composition of the planet’s surface and use its imaging resources to better understand geological processes and how the surface has been modified over time by impact craters, tectonic activity, volcanism. and ice deposits. polar
Via: THAT
Photography spacecraft Mercury THAT Science and space
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