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Meteorites For Sale, For Science, Education and Collectors since 1996

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Murchison Meteorite 42.60 g – Complete CM2 Carbonaceous Chondrite | me

Murchison Meteorite 42.60 g – Complete CM2 Carbonaceous Chondrite | me 2

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Murchison 42.60 g

Name: Murchison Observed fall: September 28, 1969 – Victoria, Australia Classification: Carbonaceous Chondrite CM2 Mass: 42.60 grams, complete individual with 98 fusion crust Provenance: Officially exported from Australia in 2014 with export permit Link to publication Meteoritical Bulletin: https://www.lpi.usra.edu/meteor/metbull.cfm?code=16875

Sahara 97115 EH3 Enstatite Chondrite Endcut 52.90 g

Sahara 97115 EH3 Enstatite Chondrite Endcut 52.90 g 2

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Sahara 97096 Paired Group – Primitive EH3 Enstatite Chondrites

Sahara 97115 Enstatite Chondrite Endcut – EH3 – 52.90 g

A compact and highly distinctive endcut of Sahara 97115, classified as an EH3 enstatite chondrite and weighing 52.90 g. The specimen retains its painted inventory number 97115, reinforcing its identity as a catalogued and individually recognized meteorite.

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Oued Chebeika 002 CI1 Meteorite 10.40 g – Extremely rare Carbonaceous

Oued Chebeika 002 CI1 Meteorite 10.40 g – Extremely rare Carbonaceous 2

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Oued Chebeika 002 – Ultra-Rare CI1 Carbonaceous Chondrite (10.40 g)

An exceptional 10.40 g specimen of Oued Chebeika 002, one of the rarest meteorite types on Earth: a pristine CI1 carbonaceous chondrite. This specimen displays the characteristic deep black matrix of CI material, representing some of the most chemically primitive matter in the Solar System. This exact specimen was 3D scanned using micro-computed...

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Tarda Main Mass 149.50 g | Oriented C2-ungrouped Carbonaceous Chondrit

Tarda Main Mass 149.50 g | Oriented C2-ungrouped Carbonaceous Chondrit 2

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Tarda Main Mass, C2-ungrouped Oriented Meteorite – 149.50 g - Price on Request

The 149.50 g main mass of Tarda, a scientifically important meteorite that fell on 25 August 2020. This C2-ungrouped carbonaceous chondrite, preserving traces of aqueous alteration from the early Solar System, is distinguished by its naturally oriented form, a nose-like leading end, fresh black fusion crust, and contrasting pale impact marks acquired on...

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