Description
This offering features a genuine lunar meteorite fragment from the Bechar 003 (Béchar 003) find from the Sahara Desert. The sample is professionally housed in a clear display container, making it easy to view while protecting the specimen. Each container includes a labeled description card noting the meteorite name, type, and geographic find region—ideal for collectors, educators, or anyone fascinated by planetary science.
The meteorite’s texture, subtle coloration, and fine-grained structure reflect its lunar origin, offering a rare opportunity to own material that was once part of the Moon’s surface.
Geological & Cosmic Background
Lunar meteorites originate from the Moon’s crust. They are ejected by high-energy impacts and eventually travel through space until landing on Earth.
Bechar 003 is part of a small number of stones recovered from the Western Sahara region, where dry desert conditions help preserve meteorites for scientific study and collection.
Lunar meteorites are identified through laboratory analysis of mineralogy, composition, and isotopic signatures. Their basaltic and feldspathic textures differ clearly from terrestrial rocks, making them invaluable for lunar research.
Scientific Classification
| Property | Value |
|---|---|
| Meteorite Type | Lunar (feldspathic) |
| Common Minerals | Plagioclase feldspar, pyroxene, olivine |
| Texture | Regolith breccia or impact-shocked fragments |
| Find Locality | Sahara Desert, North Africa (Bechar region) |
| Designation | Bechar 003 (Béchar 003) |
History & Cultural Context
Meteorites have been collected for centuries, admired as natural messengers from space. Lunar meteorites are among the rarest of all meteorite types, representing a very small fraction of global falls and finds.
Bechar 003 was discovered in the vast dunes of the Western Sahara, a region known for producing scientifically important desert meteorites due to its stable climate and visibility against the sand.
Because lunar meteorites originate directly from the Moon’s geology, small fragments are prized by museums, educational institutions, and private collectors worldwide.
Why This Makes a Meaningful Gift or Collector Item
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Authenticity & rarity: Lunar meteorites account for a minute percentage of known meteorites.
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Clear presentation: The labeled display container provides context and easy storage.
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Educational value: Perfect for teaching about lunar geology, impact processes, and planetary science.
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Gift-ready: Comes with find information, making it ideal for science enthusiasts, students, or collectors starting a curated meteorite collection.
Aesthetic & Collector Evaluation
The fragment’s natural textures—subtle crystalline surfaces, fine graining, and lunar-gray tones—highlight its extraterrestrial origin. The compact size and labeled display case make it suitable for cabinets, desks, and collection trays. Each piece is slightly different, preserving natural variations from the original meteorite.
Care & Handling
Avoid moisture and oils from handling. Keep the specimen inside the protective container to preserve its surface. Store out of direct sunlight.








