Natural unclassified pallasite meteorite fragment displaying exposed metallic and olivine structure and dark fusion-textured surfaces. This specimen shows the dense iron-nickel composition characteristic of pallasite meteorites, with natural fractured faces revealing reflective metallic detail and olivine crystals throughout the interior.
Pallasites are among the rarest meteorite types and are believed to originate from the boundary layer between the core and mantle of ancient planetary bodies formed during the early solar system, over 4.5 billion years ago.
This specimen retains a raw natural appearance with minimal alteration, preserving the texture and form of the meteorite as found.
Type: Unclassified pallasite meteorite
Weight: 17g
Natural meteorite specimen
Iron-nickel composition
Estimated Age: ~4.5 billion years old
Natural unclassified pallasite meteorite fragment displaying exposed metallic and olivine structure and dark fusion-textured surfaces. This specimen shows the dense iron-nickel composition characteristic of pallasite meteorites, with natural fractured faces revealing reflective metallic detail and olivine crystals throughout the interior.
Pallasites are among the rarest meteorite types and are believed to originate from the boundary layer between the core and mantle of ancient planetary bodies formed during the early solar system, over 4.5 billion years ago.
This specimen retains a raw natural appearance with minimal alteration, preserving the texture and form of the meteorite as found.
Type: Unclassified pallasite meteorite
Weight: 17g
Natural meteorite specimen
Iron-nickel composition
Estimated Age: ~4.5 billion years old
