ESA's space probe performs Mars flyby for planetary defence

Record ID: 1983104

  • Title: ESA's space probe performs Mars flyby for planetary defence
  • Date: 13th March 2025
  • Summary: DARMSTADT, GERMANY (MARCH 13, 2025) (REUTERS) (SOUNDBITE) (English) IAN CARNELLI, HERA PROJECT MANAGER AT ESA, SAYING: "So, there are more than 100 million asteroids in the solar system. Some of these come very close to the earth and sometimes in history earth has been impacted by these asteroids. Today, we know more than 90% of the 'dinosaur killer ones' and we are not sc
  • Embargoed:
  • Keywords: Asteroid Brian May ESA European Space Agency Hera mission planetary defence
  • Location: SPACE / DARMSTADT, GERMANY
  • City: SPACE / DARMSTADT, GERMANY
  • Country: Germany
  • Topics: Europe,Science,Space Exploration
  • Reuters ID: LVA00A846213032025RP1
  • Aspect Ratio: 16:9
  • Story Text: The European Space Agency (ESA) presented images gathered by its space probe Hera on Thursday (March 13) which performed a flyby of Mars a day earlier.
    The flyby of Mars enabled the space probe to be “slingshot” in the direction of its final destination, the asteroids Dimorphos and the larger Didymos, said the project's manager, Ian Carnelli.
    The purpose of ESA’s Hera asteroid mission is to model out a defence system and make asteroid deflection into a “well understood and repeatable technique”, according to ESA.
    Carnelli, ESA project manager says there are more than 100 million asteroids in the solar system, of which 30,000 are currently tracked as potentially dangerous.
    “Today, we know more than 90% of the 'dinosaur killer ones' and we are not scared about those. (...), but the small asteroids, hundred meter size, these are very difficult to see”, Carnelli said, adding that the gathered scientific data helped the understanding of asteroids in order to deflect them if needed.
    The images presented on Thursday in the German city of Darmstadt were taken from a distance of 5,000 km (3,106 miles) from Mars.
    They show the surface of the red planet and Deimos, one of Mars’s two moons, from a “point of view that was never seen before”, according to Carnelli.
    (Production: Tilman Blasshofer, Andreas Buerger, Lena Toepler)7
  • Copyright Holder: REUTERS
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