Brahin Pallasite End Piece

This exceptional Brahin pallasite end piece is a striking expression of extraterrestrial artistry, revealing a luminous mosaic of translucent olivine crystals suspended within a polished nickel-iron matrix. Weighing 1,275 grams, the specimen displays an arresting interplay of colour, texture, and metallic brilliance, producing a visual effect that is as captivating as it is scientifically significant.

Pallasites are believed to have formed at the boundary between the metallic core and silicate mantle of a differentiated asteroid—a region that no longer exists except in fragments scattered through space following catastrophic collisions early in the history of the Solar System. As such, they offer a rare glimpse into planetary processes that occurred more than 4.5 billion years ago, preserving evidence of the internal architecture of ancient protoplanets.

The Brahin meteorite is celebrated for its vibrant olivine crystals and exceptional aesthetic qualities. In this specimen, the crystalline structure is displayed to remarkable effect, with each crystal naturally framed by reflective metal, emphasizing the extraordinary conditions under which it formed.

Among all meteorite classes, pallasites remain one of the rarest and most visually compelling. Coveted by discerning collectors, museums, and institutions worldwide, they occupy a unique position at the intersection of natural history, planetary science, and sculptural beauty. This museum-quality end piece represents an exceptional opportunity to acquire one of nature’s most extraordinary creations.

SPECIMEN PROFILE

Classification: Pallasite (PMG)
Composition: Predominantly olivine (forsterite) within a nickel-iron matrix composed primarily of kamacite and taenite
Locality: Brahin, Belarus
Recognized Fall: 1810

PHYSICAL CHARACTERISTICS

Weight: 1,275 grams
Dimensions: Approximately 9.86 × 5.73 × 1 inches

PROVENANCE & AUTHENTICITY

Acquired directly from the specimen’s conservator and cutter.

A Fossil Realm Certificate of Authenticity accompanies the specimen.