Essential Lunar Meteorite Evidencing Subsurface Water - 10.8 Kg Set [5yztv0lD]

Lunar Meteorite: A Celestial Treasure

Discover the unparalleled allure of the cosmos with the Lunar Meteorite Evidencing Subsurface Water - 10.8 kg. This extraordinary 10.8-kilogram fragment, known as Oued El Hamim 001, is a rare and monumental specimen of lunar origin. Its discovery in the Libyan desert in 2024, followed by classification by Dr. Carl Agee of the University of New Mexico, confirms its authenticity as a piece of the Moon's surface. This meteorite is not just a natural artifact; it's a cornerstone for any advanced collection, offering a tangible connection to the Moon's past.

Exceptional Lunar Stone: A Scientific Marvel

OEH 001 is a testament to the Moon's geological history, showcasing the rarest substances on Earth. Its reddish-brown weathered exterior and polished sections reveal a fine-grained gray-green matrix, feldspar clasts, and multicolored mineral inclusions. This exceptional lunar stone is not just visually stunning but also scientifically significant. The presence of aqueous alteration, evidenced by olivine crystals transformed into an iddingsite-like phase, offers a unique geological record of rare processes on the Moon. Key details include its massive 10.8-kilogram weight, classified as a lunar fragmental breccia, and its origins from a 33.18 kg find in the Libyan desert.

From the Moon to Your Collection

This meteorite's journey from the lunar surface to Earth is a story of cosmic history. After millions of years and a journey across 384,000 kilometers of space, it landed in the Libyan desert, where it was recovered in 2024. With its monumental scale and rare geological features, Oued El Hamim 001 is more than just a meteorite—it's a relic of cosmic history. Its acquisition represents an extraordinary opportunity to own a specimen of immense scientific and aesthetic value, making it an iconic addition to any world-class collection.

• Mass: 10.8 kilograms (10,859 grams)
• Classification: Lunar fragmental breccia (classified by Dr. Carl Agee, UNM)