Lunar Meteorites
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GeoFossils is a Global Meteorite Association (GMA) Trusted Business Member #G0127.
Discover our collection of Lunar Meteorites, extraordinary specimens originating from the Moon and delivered naturally to Earth following powerful asteroid impacts on the lunar surface.
Unlike samples returned by space missions, lunar meteorites arrive on Earth through entirely natural processes. When large impacts strike the Moon, fragments of lunar rock are ejected into space. A small number eventually intersect Earth's orbit, survive passage through the atmosphere and land as meteorites, providing scientists and collectors with authentic pieces of our nearest celestial neighbour.
Lunar meteorites are among the rarest meteorites available. They preserve valuable information about the Moon's geological history, including its volcanic activity, impact processes and ancient crust. Every specimen represents material that formed billions of years ago and offers a unique opportunity to own part of another world.
Our collection showcases lunar meteorites selected for their provenance, recognised classification and scientific significance.
As our collection continues to grow, additional lunar meteorite specimens and classifications will be added.
Our collection may include:
As our collection grows, additional lunar meteorite types and specimens will become available.
A lunar meteorite is a meteorite that originated from the Moon. These specimens were ejected from the lunar surface by asteroid impacts before eventually reaching Earth through natural processes.
Lunar meteorites are exceptionally rare and represent only a very small proportion of all known meteorites recovered on Earth.
Lunar meteorites are identified through detailed laboratory analysis, comparing their mineralogy, chemistry and isotopic composition with samples collected during the Apollo and Luna missions.
Yes. The rocks themselves formed billions of years before the Apollo missions, although they arrived on Earth naturally at different times following later impact events.
No. Lunar meteorites vary considerably depending on where they originated on the Moon and may include breccias, volcanic basalts and anorthositic rocks, each preserving different aspects of lunar geology.
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