Home › Meteorite Types › Carbonaceous Chondrites › CO3 Meteorites › NWA 17489 CO3.0 Carbonaceous Chondrite – 67.2 g

NWA 17489 CO3.0 Carbonaceous Chondrite – 67.2 g

Skip to product information
1 of 6
FOR SALE
Regular price $3,360.00
Regular price Sale price $3,360.00
Sale Sold out

🎉 Free Worldwide Shipping — Tracked & Secure

Purchase with confidence
Collector-grade specimen. Ready to own.
Verified authentic
Certificate of Authenticity included
Individually listed specimen
Clear photographs and full product details
Free worldwide tracked shipping
Securely packed for its journey to you

✔ Secure Payments

Safe Checkout

Shipping details

Fast and secure worldwide shipping

✔ Flat shipping rate: $19 worldwide
✔ FREE shipping on orders over $120
✔ Full tracking number provided
✔ Carefully packaged to protect the meteorite
✔ Insured international delivery
✔ Estimated delivery: 5–10 business days depending on destination

Combine multiple meteorites in one shipment to save on shipping costs.

Why buy from us?

✔ IMCA member #5743 (International Meteorite Collectors Association)
✔ GMA member #007 (Global Meteorite Association)
✔ All meteorites are 100% authentic
✔ Certificate of Authenticity included with every specimen
✔ Carefully packaged and shipped with tracking worldwide

View full details

This individual 67.2 g specimen belongs to NWA 17489, an officially classified CO3.0 carbonaceous chondrite meteorite. Photos on this listing show the specific piece offered.

Specimen details

  • Meteorite: NWA 17489
  • Official classification: CO3.0 carbonaceous chondrite
  • Weight: 67.2 g
  • Listed dimensions: 68 × 30 × 16 mm
  • Reported origin: Northwest Africa (purchased in Guelmim, Morocco)
  • Documentation: Certificate of Authenticity stated as included

Scientific background

Official petrography records small chondrules approximately 50–700 µm across in a fine-grained FeO-rich matrix, with other early Solar System components. Individual surface features vary by piece.

For the official meteorite description, see the Meteoritical Bulletin Database. Actual photographs are important when selecting an individual specimen.