BepiColombo Spacecraft Snaps Selfies En Route to Mercury

BepiColombo snapped these three selfies in space on June 17, 2019. The first photo features one of the solar arrays on a component of the spacecraft called the Mercury Transfer Module. The other two show the medium-gain antenna (middle) and high-gain antenna (right) attached to the Mercury Planetary Orbiter.

(Image credit: ESA/BepiColombo/MTM )

Road-trip selfies are a must, especially when you're on your way to another planet.

The  European Space Agency's (ESA) BepiColombo spacecraft snapped three selfies on its way to Mercury and posted the side-by-side images on its Twitter account (with nearly 3,000 followers) on June 17.

The Mercury Transfer Module, one of the spacecraft's three main components, has three built-in monitoring cameras pointed in different directions. One captured a photo of one of the spacecraft's two 50-foot (15 meters) solar arrays. The other two cameras showed its medium-gain and high-gain antennas, which are connected to another module called the Mercury Planetary Orbiter, ESA officials said in a statement. BepiColombo's third module, the Mercury Magnetospheric Orbiter, did not participate in this photo shoot. 

Related: BepiColombo in Pictures: A Mercury Mission by Europe and Japan

This diagram of BepiColombo's Mercury Transfer Module shows where the spacecraft's three monitoring cameras are located.

(Image credit: ESA)

The cameras take black-and-white images that are meant to visually record changes to the spacecraft, such as rotation of the solar arrays or changing the direction of the antennas, according to the statement. After BepiColombo launched last October, the cameras helped mission controllers monitor the deployment of the spacecraft's various moving parts. Its very first space selfie, taken just one day after it launched, showed the same solar array fully extended and in good shape. 

BepiColombo is Europe's first mission to Mercury. The joint mission between the ESA and the Japan Aerospace Exploration Agency will take about seven years to reach the planet Mercury, flying by Earth in the year 2020.

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