Impressive 7.7 kg end cut of the rare silicated iron meteorite NWA 5549, displaying a striking contrast between metallic iron-nickel and abundant dark silicate inclusions. The broad cut face reveals the internal structure of this unusual meteorite, while the opposite side preserves a rugged natural exterior with remnants of fusion crust and terrestrial patina. This substantial display specimen combines scientific interest, visual impact, and the desirable end cut format, offering both interior composition and exterior morphology in a single piece.
This impressive 7.7 kg end cut of the rare silicated iron meteorite NWA 5549 presents a powerful visual contrast between metallic iron-nickel and dark silicate-rich areas.
The broad cut surface reveals the internal structure of the meteorite with exceptional clarity. Metallic zones, silicate inclusions, and textural variations are visible across the exposed face, making this specimen especially interesting for both display and study.
Silicated iron meteorites are uncommon meteorites containing both metallic iron-nickel and significant silicate material. They provide insight into complex processes involving metal-silicate mixing, impact disruption, and differentiation within early Solar System parent bodies.
NWA 5549 belongs to this unusual family of meteorites, standing apart from ordinary iron meteorites by the presence of abundant silicate material within the metallic structure.
End cuts are particularly desirable because they preserve two important aspects of a meteorite at once:
In this specimen, the cut face displays the internal metal-silicate structure, while the rear side preserves a rugged natural surface with remnants of fusion crust and terrestrial oxidation.
This large NWA 5549 end cut is highly suitable for an advanced private collection, educational display, or institutional presentation. Its size, mass, and unusual silicated iron composition give it strong visual presence and scientific relevance.
The specimen is shown on a rotating display stand and photographed with a hand for scale, emphasizing its substantial size and museum-quality presentation potential.
