Rare Probable CM2 Carbonaceous Chondrite – Oriented Individual

This exceptional 21.95 gram carbonaceous chondrite meteorite was discovered in Morocco in 2025 and represents a rare probable CM2-type specimen. Carbonaceous chondrites are among the most scientifically significant meteorites known, containing primitive material dating back to the earliest stages of solar system formation over 4.5 billion years ago.

This specimen is a complete oriented individual, preserving clear evidence of its atmospheric flight. The meteorite exhibits a defined leading surface with natural ablation shaping and approximately 50% fresh fusion crust, providing excellent visual contrast between the dark crust and interior exposure.

Carbonaceous chondrites of the CM group are particularly prized because they are rich in hydrated minerals and organic compounds. These meteorites are thought to preserve some of the most primitive materials formed in the early solar nebula and are actively studied for clues about water and organic chemistry in the early solar system.

The orientation, preserved crust, and compact individual form make this specimen both a scientifically interesting sample and an attractive collector display piece.

Specifications

• Weight: 21.95 grams
• Type: Carbonaceous chondrite (probable CM2)
• Classification: Unclassified NWA specimen
• Find Location: Morocco
• Year Found: 2025
• Form: Complete oriented individual
• Fusion Crust: ~50% preserved fresh crust
• Orientation: Distinct leading surface and atmospheric shaping
• Condition: Stable collector specimen
• Display: Ideal size for curated meteorite collections

Scientific & Collector Significance

Carbonaceous chondrites represent some of the most chemically primitive materials in the solar system. The CM group, in particular, is known for containing hydrated minerals, carbon compounds, and microscopic presolar grains.

Because of their fragile nature, complete oriented individuals with preserved crust are uncommon, especially in compact collectible sizes. Specimens like this provide a tangible record of both early solar system chemistry and atmospheric entry processes.

For collectors, carbonaceous chondrites occupy a special category due to their rarity and scientific importance. A well-preserved oriented individual offers both research value and strong aesthetic appeal.

Explore more carbonaceous chondrites specimens in our curated collection.