The NASA station Psyche is heading to Mars to prepare for the final jump to its target asteroid, which is valued at quadrillions of dollars

NASA’s Psyche Mission – Path to the Metallic Asteroid

Stage Date What Happens Launch October 13, 2023 The spacecraft launches from Earth using xenon electric plasma engines powered by solar panels. Gravitational Maneuver at Mars May 15, 2026 Psyche will fly close to the Red Planet (≈4,500 km above its surface) and use its gravity as a slingshot, gaining extra momentum toward target asteroid 16 Psyche. Scientific Observations May 3, 2026 The probe captured an image of Mars from about 4.8 million km away, where the planet appears as a crescent silhouette due to scattered sunlight in its dusty atmosphere.

Why This Maneuver Matters
* Fuel savings – Mars’s gravity allows the spacecraft to be “pushed,” reducing xenon engine consumption.
* Trajectory optimization – The planet acts as a natural booster, simplifying the path to the asteroid.
* System testing – Near Mars, engineers can verify onboard equipment and calibrate scientific instruments.

What Is 16 Psyche?
Asteroid 16 Psyche is one of the most unusual bodies in the Solar System. It consists mainly of metals (iron, nickel) and is thought to be a potential remnant core of an ancient protoplanet that lost its outer layers after massive collisions early in planetary formation.

Scientific Value
* Enables study of the structure of a “metallic” body, providing insight into Earth‑group planet formation processes.
* Offers a unique view of Earth's possible core and those of other planets.
* The estimated value of the asteroid’s metals could reach $100 quadrillion, but its current worth is defined solely by scientific interest.

Conclusion
The gravitational maneuver at Mars is a key step in the Psyche mission, saving resources while opening new opportunities to test equipment. After a successful flyby, the spacecraft will continue toward asteroid 16 Psyche, where scientists can obtain data on the metallic core of an ancient protoplanet for the first time, greatly expanding our understanding of planetary formation in the Solar System.