NASA’s Perseverance May Have Found Its First Meteorite on Mars

NASA’s Perseverance rover has spotted a 31-inch iron-nickel boulder named Phippsaksla in Jezero Crater.

Advertisement
Written by Gadgets 360 Staff | Updated: 26 November 2025 23:20 IST
Highlights
  • Metal-rich Phippsaksla rock hints at a possible Martian meteorite find
  • Perseverance detects unusual iron-nickel signature in Jezero Crater
  • Scientists study the boulder to confirm its solar system origins

NASA's Perseverance mission spotted a possible large meteorite, called Phippsaksla, in September 2025.

Photo Credit: NASA/JPL-Caltech/ASU

The Perseverance rover of NASA could have identified its first meteorite, a rock boulder that was named Phippsaksla. It was in September 2025 in the Jezero Crater that the 31-inch rock was discovered. The Mastcam-Z camera of Perseverance observed that Phippsaksla was an odd-looking sculpted being, and the SuperCam instrument of the rover detected a high iron-and-nickel target. This is because space rocks contain these metals, and so this boulder could have been formed in other parts of the solar system.

Possible Meteorite Discovery

According to NASA, researchers first encountered Phippsaksla during exploration of Jezero Crater in September 2025. The team noted its pitted, coral-like surface that stood out from the flatter rocks around it. SuperCam analysis confirmed the rock was rich in iron and nickel. Such a metal-rich composition is unusual for native Martian rocks but is typical of meteorites that break off asteroid cores. If Phippsaksla is indeed a meteorite, it would be the first one confirmed by this rover.

Advertisement

Meteorites on Mars: Past Rover Discoveries

Meteorites have been common with other Mars rovers. In Gale Crater, Curiosity discovered a variety of iron-nickel meteorites, one of them being a 39-inch (Lebanon) in 2014 and another being a smaller rock named Cacao in 2023.

Even the previous rovers Spirit and Opportunity, have found several iron-nickel meteorites. These discoveries indicate that there are meteorites which get to Mars. In the meantime, Perseverance is officially on the primary mission of searching for evidence of ancient life and samples of life to be brought back to Earth. Scientists will go on with the research of Phippsaksla to ascertain whether it is an alien meteorite.

 

Get your daily dose of tech news, reviews, and insights, in under 80 characters on Gadgets 360 Turbo. Connect with fellow tech lovers on our Forum. Follow us on X, Facebook, WhatsApp, Threads and Google News for instant updates. Catch all the action on our YouTube channel.

Further reading: Perseverance, Meteorite, Mars, NASA
Advertisement

Related Stories

Popular Mobile Brands
  1. GTA 6: An Extended Look Debuts on Netflix Today: How to Watch, What to Expect
  2. Crimson Desert's New 'Enhanced' Update Attemps to Fix the Game's Story
  3. These Are the Best One-Time Investment Laser Printers in India
  4. Realme C100i With a 6,500mAh Battery Debuts in India at This Price
  5. OnePlus 16 Display Tipped to Offer Ultra-Thin Four-Sided Bezels
  6. Realme P4 Power, P4 Lite Prices Hiked in India by Up to Rs. 3,000
  1. Vivo X500 Pro Max Display Details Officially Teased Ahead of Launch
  2. Apple Maps Gets Transit Support in India With Public Transport Directions and More
  3. Google Is Changing How You Sign In to Android Apps
  4. Sneaky Sasquatch Gets Subway Surfers+ Crossover, Birdwatching Update on Apple Arcade
  5. YouTube Adds Amazon Product Tags to Shorts, Videos and Livestreams
  6. Poco X8 5G and X8 Power 5G India Launch Date Set for September 4
  7. Acer Swift Neo 14 Refreshed in India With Up to Intel Core Ultra 7 CPU: Price, Features
  8. Samsung Odyssey G Series Gaming Monitors Unveiled at Gamescom 2026 With Curved OLED, 1,100Hz Panel
  9. Google's AI Mode Can Now Track Flight Prices and Book Hotels for You
  10. Google Unveils Gemini Omni 1.1 Flash With 4K Video and 40-Second Extension Support
Download Our Apps
Available in Hindi
© Copyright Red Pixels Ventures Limited 2026. All rights reserved.