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Interesting Engineering on MSNEurope's Hera spacecraft aces self-driving test at Mars before asteroid missionThe spacecraft captured the Red Planet and its enigmatic moons, Deimos and Phobos, marking its first deep-space imaging ...
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The Daily Galaxy on MSNESA’s Hera Probe Captures Stunning Image of Mars’ Moon Deimos During FlybyHera spacecraft captured an extraordinary near-infrared image of Mars’ moon Deimos during a flyby of the Red Planet. This marks the first use of Hera’s science instruments, providing a detailed view ...
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Smithsonian Magazine on MSNCheck Out These Rare Images of Deimos, One of Mars’ Mysterious MoonsLike our moon, Deimos is tidally locked to Mars, meaning the same side always faces the planet—the only side visible to ...
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Astronomy on MSNMartian moon caught on camera during Hera flybyDeimos is the smaller and less photographed of Mars’ moons. This egg-shaped object, only measuring about 7.7 miles in diameter (12.4 kilometers), is tidally-locked with the Red Planet making it often ...
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Space.com on MSNTiny Mars moon Deimos gets a rare close-up, thanks to Europe's Hera asteroid probe (photos)The results of Hera's flyby could ultimately tell us whether Deimos is a captured asteroid or made from debris from a giant ...
The worldwide tech leading Dutch firm, cosine, is making a big impact in space exploration. The company is playing a key role in the European Space Agency’s (ESA) Hera mission by providing a ...
Martian moon Deimos seen crossing the face of Mars in this sequence of Thermal Infrared Imager images acquired during the Hera mission's March 12, 2025 gravity-assist flyby of Mars. | Credit: ESA ...
Hera, European Space Agency’s (ESA) flagship planetary defense mission that launched in October 2024, took images of Mars and Deimos, one of its two moons, yesterday. The mission’s flyby was ...
ESA’s Hera probe captures stunning images of Mars and its moon Deimos during a historic flyby, offering new insights into the Red Planet ...
The Hera probe has swung around Mars, using the planet’s gravitational pull to fling itself toward its asteroid target.
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