NASA’s Psyche Mission Captures Stunning Mars Images & Targets $10 Trillion Asteroid

NASA’s Psyche mission achieves first major milestone with successful Mars flyby, setting course for historic encounter with metal-rich asteroid

In a critical maneuver for one of NASA’s most ambitious deep-space missions, the Psyche spacecraft completed a precision gravity-assist flyby of Mars on May 25, 2026, using the planet’s gravitational pull to slingshot toward its ultimate destination: the metal-rich asteroid 16 Psyche, located in the asteroid belt between Mars and Jupiter. The maneuver, executed with near-perfect accuracy, marked the first time a spacecraft has relied on Mars for such a trajectory adjustment in more than a decade, according to NASA’s Jet Propulsion Laboratory (JPL).

The flyby occurred as the Psyche team—led by principal investigator Lindy Elkins-Tanton of Arizona State University—monitored the spacecraft’s approach from mission control at JPL in California. The gravity assist, which required the spacecraft to pass within approximately 5,000 miles (8,000 kilometers) of Mars, provided the necessary velocity boost to extend the mission’s timeline and refine its path toward the asteroid. Initial telemetry confirmed the spacecraft’s systems remained stable throughout the maneuver, with no anomalies detected in propulsion, communications, or scientific instruments.

Psyche is now on track to arrive at its target asteroid in 2029, where it will spend at least 21 months orbiting and studying the object—a rare survivor from the violent collisions that created Earth and the other rocky planets. Unlike most asteroids, which are composed of rock and ice, 16 Psyche is believed to be composed largely of iron and nickel, with estimates suggesting its metal content could be worth trillions of dollars if ever extracted. However, NASA has emphasized that the mission’s primary goal is scientific, not commercial: to study a world that may offer clues about the formation of planetary cores.

While the flyby itself was uncrewed and automated, the mission’s success hinges on a series of subsequent maneuvers to fine-tune the spacecraft’s trajectory. NASA’s Deep Space Network—an array of radio antennas in California, Spain, and Australia—will continue to track Psyche as it departs Mars, ensuring its instruments remain aligned for the long journey ahead. The mission’s cameras and spectrometers, which were activated during the flyby, captured preliminary images of Mars’ surface and atmospheric features, though full scientific data from these observations will not be released until after the spacecraft’s arrival at 16 Psyche.

The flyby also provided an opportunity for NASA to test the Psyche spacecraft’s operational readiness in conditions mimicking those it will encounter near the asteroid. Engineers confirmed that the spacecraft’s solar arrays, which power the mission, performed optimally despite the reduced sunlight at Mars’ distance from the Sun. Meanwhile, the mission’s laser communication technology—an experimental system designed to transmit data at rates 10 to 100 times faster than traditional radio waves—was activated during the flyby to demonstrate its viability for future deep-space missions.

As Psyche continues its journey, NASA has begun preparing for the next phase of the mission: the deployment of its scientific payload. The spacecraft carries a suite of instruments, including a multispectral imager, a gamma-ray and neutron spectrometer, a magnetometer, and a gravity-measuring experiment. These tools will allow scientists to study the asteroid’s composition, magnetic field, and surface properties in unprecedented detail. The data collected could reshape understanding of planetary formation, particularly the role of metal-rich cores in the early solar system.

In parallel, NASA’s broader Artemis program—focused on returning humans to the Moon—continues to advance, with recent milestones including the successful completion of the Artemis II crew training and the ongoing development of the Lunar Gateway station. While Psyche operates independently, its success underscores NASA’s expanding capabilities in deep-space exploration, where missions like this are increasingly relying on innovative propulsion techniques and autonomous navigation.

The next critical update from the Psyche mission will come in early 2029, when the spacecraft begins its orbital insertion around 16 Psyche. Until then, the team at JPL will monitor the spacecraft’s trajectory, ensuring it remains on course for what promises to be one of the most scientifically transformative encounters in planetary science since the New Horizons flyby of Pluto in 2015.