Exceptional complete specimen of the iron meteorite Gibeon weighing 782 g, distinguished by its unusually elongated and flattened morphology. The specimen presents broad natural surfaces bordered by sharp sculptural edges, giving the meteorite a particularly elegant and display-oriented appearance. Its dark brown desert patina developed naturally over long terrestrial exposure enhances the relief of the surface and preserves the authentic character of the specimen. A highly aesthetic complete individual from one of the world’s most iconic iron meteorites.
This complete individual specimen of the famous iron meteorite Gibeon weighs 782 g and displays a particularly elegant natural morphology.
The meteorite is characterized by its elongated and relatively flattened form, creating broad display surfaces framed by sharp natural edges and sculptural contours. Its overall silhouette gives the specimen a refined aesthetic presence uncommon among medium-sized iron meteorites.
The surface preserves a rich dark brown to black desert patina acquired during long terrestrial exposure. Subtle natural reliefs and shallow regmaglyptic structures remain visible across both faces, emphasizing the authentic untouched character of the meteorite.
The combination of large visual surface area, thin profile and well-balanced proportions makes this specimen especially suitable for advanced collections, interior display or cabinet presentation.
Unlike polished or etched slices, complete Gibeon individuals preserve the original external morphology produced by atmospheric entry and terrestrial weathering, offering collectors a more direct connection with the natural history of the meteorite.
The Gibeon meteorite was discovered in Namibia and is classified as a fine octahedrite iron meteorite (IVA). It is among the most celebrated iron meteorites in the world due to the stability of its metallic structure and the beauty of its Widmanstätten patterns when etched.
Formed within the metallic core of an ancient differentiated asteroid, Gibeon cooled extremely slowly over millions of years before fragments eventually reached Earth.
