Today, May 15, NASA's Psyche spacecraft performed a critical gravity assist maneuver by flying past Mars. The probe passed at a distance of approximately 4,500 kilometers from the Martian surface. This maneuver allows the spacecraft to increase its speed and correct its trajectory toward its primary destination, the metal asteroid 16 Psyche. This was reported by Ixbt.com reporting that.
Currently traveling at nearly 20,000 kilometers per hour, the spacecraft is using Mars' gravity to gain additional acceleration. Launched in the fall of 2023, the mission is scheduled to reach the 280-kilometer-wide 16 Psyche object, located in the main asteroid belt between Mars and Jupiter, in 2029.
For NASA experts, this approach is significant not only for navigation but also from a scientific perspective. The spacecraft's multispectral camera will capture thousands of images of Mars, providing the first opportunity to test the instrument near large objects rather than in deep space.
Scientists will also attempt to detect a faint dust ring around Mars. These dust particles may have been ejected from the surfaces of the moons Phobos and Deimos due to micrometeoroid impacts. Additionally, the mission team will search for small natural satellites or debris near the planet, an experiment that will prove useful for future asteroid exploration.
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