This 131.80 gram golden pallasite presents a rare natural morphology evocative of an animal-like form, combining a complex open metallic structure with visible olivine remnants. Its surface displays a rich desert patina, while numerous metallic spikes emerge where olivine crystals have been removed by prolonged wind-driven erosion. The specimen retains entirely natural surfaces, with trapped sand grains and preserved silicate inclusions enhancing its sculptural and organic character.
This 131.80 g golden pallasite is an exceptional natural individual, notable not only for its preservation and structure, but also for its evocative morphology, reminiscent of an animal form. Without any modification or preparation, the specimen presents a silhouette and spatial balance that immediately suggest an organic figure shaped entirely by natural processes.
The metallic framework exhibits a dark to golden desert patina, resulting from long-term exposure in an arid environment. Within this structure, remnants of olivine crystals remain visible in protected areas, displaying subtle yellow to orange tones. In contrast, more exposed zones have undergone significant weathering, where the original olivines have disappeared.
These areas are now defined by numerous metallic spikes, sharp protrusions formed through the differential erosion of the pallasite. As wind-driven sand gradually removed the softer silicate phases, the metallic matrix remained, emerging as a skeletal structure that gives the specimen its highly dynamic and three-dimensional appearance.
In several cavities and recesses, coarse desert sand grains remain naturally trapped, further emphasizing the specimen’s prolonged interaction with its environment. These beige inclusions contrast clearly with the darker metallic surfaces and help distinguish them from the preserved olivine grains.
The overall structure is open, complex, and deeply sculpted, resulting from the combined effects of atmospheric ablation and aeolian erosion. Unlike polished pallasite slices, this individual reveals the internal architecture of the meteorite through entirely natural processes, offering a direct and unaltered view of the metal–silicate relationship.
The combination of its unusual animal-like form, visible olivines, metallic spikes, and desert history gives this specimen a unique presence, at the intersection of scientific specimen and natural sculpture.
