meteorite
Iron Meteorite / Chondrite (Possible)
Extraterrestrial stony-iron or chondritic meteorite
Hardness varies between 4 and 8 depending on mineral content; Color is typically dark brown, black, or rusty red due to terrestrial weathering; Luster is metallic to dull; Specific gravity is generally high (3.5 to 8.0 depending on metal content).
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Physical properties
Hardness varies between 4 and 8 depending on mineral content; Color is typically dark brown, black, or rusty red due to terrestrial weathering; Luster is metallic to dull; Specific gravity is generally high (3.5 to 8.0 depending on metal content).
Formation & geological history
Formed in the early solar system approximately 4.5 billion years ago, originating from asteroid belt collisions and subsequently falling to Earth.
Uses & applications
Scientific research, astronomical study, and high-value specimen collecting.
Geological facts
Meteorites represent the oldest material accessible on Earth, carrying clues about the formation of planets and the solar system.
Field identification & locations
Often identified by a dark fusion crust, irregular pitted exterior (regmaglypts), and a higher-than-average density compared to terrestrial rocks. Magnetic attraction is a strong indicator.
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Other meteorite specimens
Iron Meteorite
Siderite (Fe, Ni)
igneous
Shatter Cone
Impactite (Shatter Cone texture)
metamorphic
Iron Meteorite
Siderite (comprised primarily of Kamacite and Taenite alloys)
igneous
Pallasite Meteorite
Pallasite (Stony-iron meteorite; Fe-Ni alloy with (Mg,Fe)2SiO4 olivine)
Mineral/Extraterrestrial Rock
Slag (Anthropogenic Glass/Iron byproduct)
Ferro-silicate Slag
Anthropogenic (Man-made)
Chondrite Meteorite
Stony Meteorite (Chondrite)
meteorite