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NASA's Psyche Mission Captures Crescent Mars Image Ahead of Gravity Assist

Science5/8/2026
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NASA's Psyche spacecraft has captured a colorized image of Mars from 3 million miles away. The image, taken as the spacecraft approaches for a May 15 gravity assist, helps calibrate instruments for the mission's eventual arrival at asteroid Psyche in 2029.

Facts First

  • NASA's Psyche spacecraft captured a colorized image of Mars from approximately 3 million miles away on May 3, 2026.
  • The spacecraft is scheduled for a gravity assist at Mars on May 15 to increase speed and adjust its trajectory.
  • The mission is expected to arrive at asteroid Psyche in 2029.
  • The image was acquired to calibrate cameras as a practice run for the asteroid approach.
  • The crescent view shows Mars' icy north polar cap during its winter season.

What Happened

NASA's Psyche spacecraft captured a colorized image of Mars on May 3, 2026, from a distance of approximately 3 million miles (4.8 million kilometers). The spacecraft approached Mars from a high-phase angle, resulting in Mars appearing as a thin crescent. The image was acquired using the multispectral imager instrument's panchromatic filter with an exposure time of 2 milliseconds. A gap in the crescent coincides with the location of the planet's icy north polar cap, which is currently in its winter season.

Why this Matters to You

This mission is a step toward exploring a metal-rich asteroid, which could provide insights into planetary cores and the formation of our solar system. The successful calibration of instruments during this Mars approach may help ensure the quality of data collected when the spacecraft reaches its primary target in 2029.

What's Next

The Psyche mission's imager team will acquire, process, and interpret similar images leading up to the May 15 close approach for a gravity assist. This maneuver will increase the spacecraft's speed and adjust its trajectory toward asteroid Psyche. The primary purpose of these images is to calibrate cameras and characterize their in-flight performance as a practice run for the 2029 asteroid approach.

Perspectives

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Mission Specialists hypothesize that seasonal clouds and hazes in the north polar region might be obstructing atmospheric dust from scattering sunlight.
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Observational Analysts note that the rapid variation in atmospheric dust makes it difficult to predict the brightness of the crescent before acquiring early images.