Discover Our Meteorite Collection

A Rare and Monumental Specimen of Lunar Origin

Weighing an extraordinary 10.8 kilograms, this specimen of Oued El Hamim 001 is one of the largest lunar meteorites ever offered for private ownership. Discovered in 2024 near Ajdabiya, Libya, this lunar fragmental breccia has been classified by Dr. Carl Agee of the University of New Mexico as an authentic piece of the Moon’s surface. Its exceptional size, scientific importance, and natural beauty make it a cornerstone for any serious collection.

A Lunar Specimen of Uncommon Scale

Lunar meteorites are among the rarest materials on Earth, and specimens of this magnitude are exceedingly scarce. The reddish-brown, textured surface of OEH 001 reflects its weathering in the Libyan desert, while polished slices reveal white feldspar fragments, multicolored mineral clasts, and a fine-grained gray-green matrix. Its monumental size and striking appearance set it apart as a unique natural artifact.

Scientific Importance: A Rare Glimpse into Lunar Water Activity

What makes  truly exceptional is the evidence of aqueous alteration—a feature almost unheard of in lunar meteorites. Analysis by Dr. Agee shows olivine crystals altered into an iddingsite-like phase, indicating interaction with water beneath the Moon’s surface. Clear boundaries between unaltered and altered regions reveal a fascinating geological history, offering insights into processes rarely associated with lunar materials.

Key Features:

• Mass: 10.8 kilograms—an extraordinary size for a lunar meteorite (10,859 grams)

• Classification: Lunar fragmental breccia, classified by Dr. Carl Agee (UNM)

• Composition: Plagioclase feldspar, olivine (unaltered and altered), pyroxenes, and vesicular shock melt domains

• Provenance: Part of a 33.18 kg total find in the Libyan desert

• Dimensions: 19 x 26 x 14 cm (7.5 x 10.25 x 5.5 in)

From the Moon to Earth

Oued El Hamim 001 began its journey millions of years ago, when a colossal asteroid impact ejected it from the Moon’s surface. After traveling 384,000 kilometers through space, it landed on Earth, where it was discovered in the Libyan desert. Its lunar origin was confirmed through detailed mineralogical and chemical analysis by Dr. Carl Agee, establishing it as an authentic relic of our nearest celestial neighbour

This meteorite represents an extraordinary opportunity to acquire a specimen of immense scientific and aesthetic value. With its unparalleled size and rare geological features, Oued El Hamim 001 is a tangible connection to the Moon, a relic of cosmic history, and an iconic addition to any world-class collection.

The Oued El Hamim meteorite, discovered in Libya in 2024, is a rare lunar fragmental breccia, meaning it originated from the Moon and consists of various rock fragments cemented together. Unique to this meteorite is evidence of aqueous alteration, suggesting it was exposed to water on the Moon, a notable feature for lunar materials. Its composition includes plagioclase, olivine, and clinopyroxene, with reddish-brown olivines altered to an iddingsite-like phase, likely due to interaction with water

How this Moon rock reached Earth is truly remarkable: 

An asteroid impact on the Moon forceful ejected surface rock, sending it on a journey thoroughly space (384,000 km in our direction), and it ultimately fell to Earth as a meteorite! Interestingly, a lunar meteorite is identified by comparing its mineralogical and chemical composition to Moon rocks brought home to Earth from the Apollo and Luna missions. 

• Oued El Hamim slice, 844 grams 
• Oued El Hamim 001 (Libya)
• Classification: Lunar fragmental breccia
• Displays evidence of subsurface aqueous alteration on the moon
• One of the largest lunar meteorite slices in existence (by weight)
• Professionally sliced and polished

This Brenham Pallasite's remarkable size provides a commanding display of translucent golden olivine crystals, delicately suspended within a gleaming iron-nickel matrix. Polished to perfection, it offers not only an aesthetic marvel but also a profound connection to the processes that shaped both Earth and the wider cosmos billions of years ago. 

Pallasite, such as this one, represent the rare intersection of science and natural beauty, formed at the boundary between the core and mantle of a differentiated asteroid. They provide an extraordinary glimpse into planetary formation, bridging the shared origins of Earth and the celestial bodies beyond. Brenham, discovered in Kansas in 1882, stands as one of the most renowned of these meteorites. This specimen, with its exceptional size and clarity, embodies the elegance and wonder of cosmic geology, making it a prized acquisition for collectors and scholars alike. 

SPECIMEN PROFILE

• Classification: Pallasite, MG (Main Group)
• Chemical Composition: Olivine (forsterite) and iron-nickel metal (kamacite and taenite)
• Location of Discovery:  Kiowa County, Kansas, USA
• Discovery Date: 1882

PHYSICAL CHARACTERISTICS

• Weight: 1,879 grams
• Dimensions: 19 x 13 inches (48 x 33 cm)
• Display Features: Expertly polished to enhance crystal clarity and metallic luster; stabilized and sealed to prevent rusting 

PROVENANCE AND AUTHENTICITY

• Acquired from a distinguished partner specializing in exceptional meteorite specimens. 

Certificate of authenticity issued by Fossil Realm Inc. Included with purchase. 

The Brenham meteorite is published in the meteoritical bulletin: Meteoritical Bulletin 

This extraordinary slice is more than a collector's piece-it is a tangible narrative of Earth's shared origins with the cosmos, a rare blend of scientific intrigue and natural splendor. 

This stunning Brahin Pallasite is a remarkable example of extraterrestrial beauty, displaying its unique crystal structure and vibrant colours. Weighing 653 grams, it presents a captivating display of olivine crystals embedded within a metallic matrix, creating a striking contrast that emphasizes its otherworldly origins.

Formed from the remnants of a differentiated asteroid, the Brahin Pallasite provides invaluable insights into the processes that shaped our solar system. The meteorite's distinct features highlight its geological history and the complex interactions between its mineral components.

Pallasites, like this specimen, are among the rarest types of meteorites, making it a prized addition for collectors and museums alike. The exquisite visual appeal combined with its scientific significance enhances its value, creating an opportunity to own a piece of the cosmos.

SPECIMEN PROFILE

• Classification: Pallasite, PMG
• Chemical Composition: Primarily composed of olivine (forsterite) and nickel-iron metal (kamacite and taenite) 
• Location of Fall: Brahin, Belarus 
• Date of Fall: 1810 
• Structuring: Contains large olivine crystals ranging from 2 mm to 10 mm, often surrounded by a nickel-iron matrix.

PHYSICAL CHARACTERISTICS

• Weight: 653 grams 
• Dimensions: Approximately 10 x 7 x 4 cm (4 x 2.8 x 1.6 in)

PROVENANCE AND AUTHENTICITY 

• Acquired directly from the specimen's conservator and cutter.
• Certificate of Authenticity issued by Fossil Realm included

This stunning Brahin Pallasite is a remarkable example of extraterrestrial beauty, displaying its unique crystal structure and vibrant colours. Weighing 509 grams, it presents a captivating display of olivine crystals embedded within a metallic matrix, creating a striking contrast that emphasizes its otherworldly origins.

Formed from the remnants of a differentiated asteroid, the Brahin Pallasite provides invaluable insights into the processes that shaped our solar system. The meteorite's distinct features highlight its geological history and the complex interactions between its mineral components.

Pallasites, like this specimen, are among the rarest types of meteorites, making it a prized addition for collectors and museums alike. The exquisite visual appeal combined with its scientific significance enhances its value, creating an opportunity to own a piece of the cosmos.

SPECIMEN PROFILE

• Classification: Pallasite, PMG
• Chemical Composition: Primarily composed of olivine (forsterite) and nickel-iron metal (kamacite and taenite) 
• Location of Fall: Brahin, Belarus 
• Date of Fall: 1810 

PHYSICAL CHARACTERISTICS

• Weight: 509 grams 
• Dimensions: Approximately 11.2 x 5.8 x 0.1 in (28.4 x 14.8 x 0.3 cm)
• Display Dimensions (Width x Depth x Height): 11.2 x 5 x 7.5 in (28.4 x 12.7 x 19 cm)

PROVENANCE AND AUTHENTICITY 

• Acquired directly from the specimen's conservator and cutter.
• Certificate of Authenticity issued by Fossil Realm included

This Imilac Pallasite, weighing 122 grams, is a breathtaking union of natural history and celestial artistry. It showcases an exquisite array of translucent, honey-toned olivine crystals, Naturally embedded within a lustrous iron-nickel matrix. Expertly polished, this specimen captivates with its radiant beauty and offers a tangible link to the dynamic forces that shaped the universe billions of years ago.  

Pallasites, like this one, epitomize the rare confluence of scientific significance and aesthetic allure, forged at the core-mantle boundary of a differentiated asteroid. They provide invaluable insights into planetary differentiation and the shared genesis of Earth and extraterrestrial bodies. Imilac, first discovered in Northern Chile in 1822, is among the most esteemed pallasite finds. This specimen, with its striking clarity, embodies the splendor and intrigue of meteoritic geology, making it an exceptional addition to any collection or scientific study.

SPECIMEN PROFILE

• Classification: Pallasite, MG (Main Group)
• Chemical Composition: 90% Fe, 9.9% Ni, 21.1 ppm Ga, 46.0 ppm Ge, 0.071 ppm Ir
• Location of Discovery:  Atacama Desert, Northern Chile
• Discovery Date: 1822

PHYSICAL CHARACTERISTICS

• Weight: 122 grams
  
• Display Features: Expertly polished to enhance crystal clarity and metallic luster; stabilized and sealed to prevent rusting 

PROVENANCE AND AUTHENTICITY

• Acquired from a distinguished partner specializing in exceptional meteorite specimens. 

Certificate of authenticity issued by Fossil Realm Inc. Included with purchase. 

The Imilac meteorite is published in the meteoritical bulletin: Meteoritical Bulletin: Entry for Imilac 

This extraordinary slice is more than a collector's piece-it is a tangible narrative of Earth's shared origins with the cosmos, a rare blend of scientific intrigue and natural splendor. 

This Oriented Chrondite Meteorite, weighing 1.7kg, is a breathtaking example of the natural marvels of celestial geology. It showcases an exquisite array of a multitude of oriented flight lines in fabulous condition. Orientation is, in itself, rare as only 1 in 1000 meteorites display signs of orientation, meaning the meteor maintained a stable position as it crashed into the atmosphere at over 40,000 Kph. In just seconds, the surface of the leading side heated to 2800⁰f causing it to melt into a beautiful heat shield, reflecting the atmospheric heating outward. The molten rock created incredible fluting from convection and flowlines, streaming out from the center of the shield, similar to rain blowing up a car windshield. These fine lines hardened in a perfect snapshot as the rock abruptly slowed to a terminal velocity of ~300 Kph.

SPECIMEN PROFILE

Classification: This meteorite was classified as an H4-6 Chondrite at the University of Minnesota by Dr. Jennifer Mitchell (pending approval).

Discovery Date and Location: It was found in southern Algeria, near the town of Tamanrasset, in 2023. Find coordinates are 22.016228, 5.702543

PHYSICAL CHARACTERISTICS

Weight: 1.7kg 

Dimensions: 5.2" x 4.9" x 3" (13 x 12.5 x 7.5 cm)

Display Dimensions: 9" tall, 5" wide and 5" deep (23 x 13 x 13cm)

PROVENANCE AND AUTHENTICITY

Acquired from a distinguished partner specializing in exceptional meteorite specimens. 

Striking stone meteorite of substantial size enveloped in fusion crust. Attractive appearance overall with notable regmaglypts (surface "dimples").

Name: Hammadah al Hamra 346

Classification: Chondrite - L6

Locality: Libya

Measurements: 5.38" (Width) x 5.11" (Height) x 3.28" (Depth)

Measurements on display: 8.3" (height) x 6.0" width x 5.9" depth 

Weight: 2.76 kg / 6.08 lbs

Signed Certificate of Authenticity issued by Fossil Realm included

This is an extraordinary, 24.7 kg, oriented shield chondrite. Orientation is, in itself, rare as only 1 in 1000 meteorites display signs of orientation, meaning the meteor maintained a stable position as it crashed into the atmosphere at over 40,000 Kph. In just seconds, the surface of the leading side heated to 2800⁰f causing it to melt into a beautiful heat shield, reflecting the atmospheric
heating outward. The molten rock created incredible fluting from convection and flowlines, streaming out from the center of the shield, similar to rain blowing up a car windshield. These fine lines hardened in a perfect snapshot as the rock abruptly slowed to a terminal velocity of ~300 Kph.

An intact, oriented shield is almost unheard of. An oriented shield of this size, with fusion crusted flight markings is a once in a century find and a true museum specimen.

This meteorite was classified as an H4-6 Chondrite at the University of Minnesota by Dr. Jennifer Mitchell (pending approval).

It was found in southern Algeria, near the town of Tamanrasset, in 2023.
Find coordinates are 22.016228, 5.702543

This exceptional iron meteorite is highly sculptural and of museum quality, exhibiting a breathtaking deep grey surface with silver highlights and an impressive angular growth protruding far from the central body.

Five-thousand years ago the giant "Campo del Cielo" meteorites bombarded what is now Chaco Province in Argentina. In 1576 Spanish explorers discovered the massive craters and monstrous iron meteorites weighing several tonnes, along with many small fragments.

The composition is primarily iron with traces of Nickel and Cobalt.

Key Features:

• Mass: 28.6 kilograms (28589 grams) — an extraordinary size for a Campo del Cielo meteorite 
• Classification: Iron, IAB-MG
• Composition: 92% Iron (fe), 8% Nickel (Ni)
• Provenance: Campo del Cielo, Santiago del Estero Province, Argentina
• Dimensions: 12" x 11.5" x 5.5" (30.4 cm x 29.2 cm x 13.9 cm)

This exceptional iron meteorite is highly sculptural and of museum quality, exhibiting a breathtaking deep grey surface with silver highlights and well-defined, deep regmaglypts (thumbprints). 

Shrapnel meteorite fragments resemble the twisted metal of a bomb explosion and were in fact formed when a meteor exploded, cracked and tore apart, likely upon entry to the mesosphere (caused by rapidly increasing pressure). Shrapnel fragments are not typically seen in Campo meteorites and rarely seen in such a large size.

This event led to unusual sharpened sections that dramatically jut out at the edges of the specimen. One face of the meteorite is highly regmaglypted (the exterior) and the opposing side lacks regmaglypts.

Five-thousand years ago the giant "Campo del Cielo" meteorites bombarded what is now Chaco Province in Argentina. In 1576 Spanish explorers discovered the massive craters and monstrous iron meteorites weighing several tonnes, along with many small fragments.

The composition is primarily iron with traces of Nickel and Cobalt.

Weight: 28 kg 

Size: 28 x 24 x 12.5 cm 

Five-thousand years ago the giant "Campo del Cielo" meteorites bombarded what is now Chaco Province in Argentina. In 1576 Spanish explorers discovered the massive craters and monstrous iron meteorites weighing several tonnes, along with many small fragments.

The composition is primarily iron with traces of Nickel and Cobalt.

Weight: 11,550 grams.  

A Rare and Exquisite Specimen of Lunar Origin

Weighing 30 grams, this specimen of Gadamis 005 is a distinguished lunar meteorite from the Libyan desert, representing a fascinating chapter in the story of our solar system. Discovered in 2022 near Ghadamis, Libya, this lunar anorthosite has been classified by Dr. Carl Agee of the University of New Mexico as an authentic piece of the Moon’s crust. Its provenance, composition, and natural beauty make it a must-have for discerning collectors.

A Cosmic Gem of Remarkable Provenance

Lunar meteorites like Gadamis 005 are rare and captivating, offering a direct link to the Moon's geological history. This specimen’s textured surface, weathered by its time in the Libyan desert, contrasts beautifully with its polished interior, which reveals intricate mineral patterns and metallic inclusions. Its modest size and remarkable structure make it a striking artifact from the vastness of space.

Scientific Significance: A Window into the Moon's Anorthositic Crust

Gadamis 005 is classified as a lunar anorthosite, a type of rock predominantly composed of anorthitic plagioclase feldspar. Detailed analysis reveals that this meteorite consists of 98-99% anorthitic plagioclase, with minor amounts of olivine and pyroxene. Its cataclastic texture indicates a history of significant brecciation, providing valuable insights into the geological processes that have shaped the lunar highlands.

Key Features:

• Mass: 30 grams—a rare and manageable size for a collectible lunar meteorite

• Classification: Lunar anorthosite, classified by Dr. Carl Agee (UNM)

• Composition: Predominantly anorthitic plagioclase (98-99%), with minor olivine and pyroxene

• Provenance: Discovered in the Libyan desert near Ghadamis

• Dimensions: Compact and portable, ideal for display or scientific analysis

From the Moon to Earth

Gadamis 005 began its journey millions of years ago, when a colossal asteroid impact ejected it from the Moon’s surface. After traveling 384,000 kilometers through space, it landed on Earth, where it was discovered in the Libyan desert. Its lunar origin was confirmed through detailed mineralogical and chemical analysis by Dr. Carl Agee, establishing it as an authentic relic of our nearest celestial neighbor.

This exceptional specimen is an opportunity to own a tangible piece of the Moon's history. Whether for a scientific collection or as a centerpiece for display, Gadamis 005 offers an unparalleled connection to lunar geology and the early days of our solar system.

• Lunar meteorite slice, 119.6 grams 
• Gadamis 004 (Libya)
• Classification: Lunar ferroan anorthosite
• Professionally sliced and polished

How this Moon rock reached Earth is truly remarkable: 

An asteroid impact on the Moon forceful ejected surface rock, sending it on a journey thoroughly space (384,000 km in our direction), and it ultimately fell to Earth as a meteorite! Interestingly, a lunar meteorite is identified by comparing its mineralogical and chemical composition to Moon rocks brought home to Earth from the Apollo and Luna missions. Remarkably, this meteorite (Gadamis 004) is in fact very similar in composition to some of the Apollo 16 moon-rock specimens!

Signed Certificate of Authenticity issued by Fossil Realm included

• Lunar meteorite slice, 138 grams 
• Gadamis 004 (Libya)
• Classification: Lunar ferroan anorthosite 
• Specimen measurements: 15.6 x 13.2 x 0.4 cm 
• Professionally sliced and polished

How this Moon rock reached Earth is truly remarkable: 

An asteroid impact on the Moon forceful ejected surface rock, sending it on a journey thoroughly space (384,000 km in our direction), and it ultimately fell to Earth as a meteorite! Interestingly, a lunar meteorite is identified by comparing its mineralogical and chemical composition to Moon rocks brought home to Earth from the Apollo and Luna missions. Remarkably, this meteorite (Gadamis 004) is in fact very similar in composition to some of the Apollo 16 moon-rock specimens!

Signed Certificate of Authenticity issued by Fossil Realm included

This stunning Brahin Pallasite is a remarkable example of extraterrestrial beauty, displaying its unique crystal structure and vibrant colours. Weighing 143 grams, it presents a captivating display of olivine crystals embedded within a metallic matrix, creating a striking contrast that emphasizes its otherworldly origins.

Formed from the remnants of a differentiated asteroid, the Brahin Pallasite provides invaluable insights into the processes that shaped our solar system. The meteorite's distinct features highlight its geological history and the complex interactions between its mineral components.

Pallasites, like this specimen, are among the rarest types of meteorites, making it a prized addition for collectors and museums alike. The exquisite visual appeal combined with its scientific significance enhances its value, creating an opportunity to own a piece of the cosmos.

SPECIMEN PROFILE

• Classification: Pallasite, PMG
• Chemical Composition: Primarily composed of olivine (forsterite) and nickel-iron metal (kamacite and taenite) 
• Location of Fall: Brahin, Belarus 
• Date of Fall: 1810 
  

PHYSICAL CHARACTERISTICS

• Weight: 143 grams 
• Dimensions: Approximately 6.7 x 3.9 x 0.1 in (17.1 x 9.8 x 0.2 cm)
• Display Dimensions (Width x Depth x Height): 

PROVENANCE AND AUTHENTICITY 

• Acquired directly from the specimen's conservator and cutter.
• Certificate of Authenticity issued by Fossil Realm included

• Martian meteorite slice, 33.6 grams 
• Name: Northwest Africa 12564 
• Classification: Shergottite
• Specimen measurements: 9.5 cm x 8.7 cm x 0.23 cm
• Professionally sliced and polished 

How this Mars rock reached Earth is truly remarkable: 

An asteroid impact on Mars forcefully ejected surface rock, sending it on a journey through interplanetary space (157.48 million km in our direction), and it ultimately fell to Earth as a meteorite! 

Signed Certificate of Authenticity issued by Fossil Realm included

Five-thousand years ago the giant "Campo del Cielo" meteorites bombarded what is now Chaco Province in Argentina. In 1576 Spanish explorers discovered the massive craters and monstrous iron meteorites weighing several tonnes, along with many small fragments.

The composition is primarily iron with traces of Nickel and Cobalt.

Weight: 2,100 grams

Diameter: 81mm