NWA 14346 - CVox3 Carbonaceous Chondrite

NWA 14346 is a CVox3 Carbonaceous Chondrite purchased in 2021 after recovery from Northwest Africa. CV Chondrites are among the most visually distinctive Carbonaceous meteorites, known for their large chondrules, refractory inclusions, and dark primitive matrix. The ‘CVox’ classification places NWA 14346 within the oxidised branch of the CV group, while its type 3 status indicates relatively primitive material that has not been strongly thermally equilibrated.

NWA 14346 specimens can show a dark Carbonaceous matrix containing visible chondrules and calcium-aluminium-rich inclusions, often abbreviated to CAIs. These components are among the earliest solid materials formed in the solar system, preserving evidence of high-temperature processes in the solar nebula. As an oxidised CV3 meteorite, NWA 14346 differs from reduced CV material and may show more oxidised metal and mineral phases, adding to its classification interest.

Studying NWA 14346 provides valuable insight into primitive Carbonaceous material, early solar system oxidation conditions, and the formation of chondrules and CAIs. For collectors, it offers a scarce and scientifically important CVox3 Carbonaceous Chondrite with recognised classification and strong visual appeal. Each specimen represents ancient asteroid material formed over 4.5 billion years ago, preserving some of the earliest building blocks of planetary formation.