NWA 869 Meteorite L5 Common Chondrite Algeria Genuine Space Rock Specimen with Certificate of Authenticity

Genuine NWA 869 Meteorite from Algeria

Offered here is an authentic NWA 869 meteorite, classified as an L5 Common Chondrite, recovered from the Tindouf region of Algeria. This is a genuine extraterrestrial specimen originating from the asteroid belt and representing material formed during the earliest history of our solar system. The meteorite shown in the photographs is the exact specimen you will receive. Full sizing details can be clearly seen in the images.

This specimen includes a lifetime Certificate of Authenticity, supplied as a generic card, guaranteeing its genuineness and correct classification.

Classification – L5 Common Chondrite

NWA 869 belongs to the group of ordinary chondrites, the most abundant type of meteorite found on Earth. The “L” classification indicates a low total iron content, while the petrologic type “5” signifies a moderate to high degree of thermal metamorphism on its parent asteroid. This heating caused partial recrystallisation of minerals while preserving the original chondritic structure.

Chondrites are named for the presence of chondrules, small spherical mineral inclusions formed as molten droplets in the early solar nebula more than 4.5 billion years ago. These chondrules are among the oldest solid materials known to science.

Geological and Cosmic Origin

NWA 869 originated on a parent asteroid within the asteroid belt between Mars and Jupiter. Over immense timescales, collisions fragmented this body, eventually sending material into Earth-crossing orbits. After surviving atmospheric entry, fragments landed in the Sahara Desert, where arid conditions helped preserve them with minimal terrestrial weathering.

The Tindouf region of Algeria is well known for meteorite recovery due to its dry climate and open terrain, making it an important area for meteoritical research and collection.

Physical Characteristics and Morphology

NWA 869 meteorites are typically characterised by a stony matrix containing visible chondrules and metal flecks when broken or cut. External surfaces often show natural regmaglypts, fusion crust remnants, and weathering patina acquired during atmospheric entry and desert exposure.

This specimen has been carefully chosen for its integrity and recognisable meteoritic features, making it suitable for both scientific interest and visual display.

Scientific and Educational Significance

L5 chondrites such as NWA 869 are of major importance in planetary science. They provide direct evidence of early solar system processes, including planetesimal formation, thermal evolution, and asteroid differentiation. Because chondrites have not melted completely, they retain chemical and structural information dating back to the formation of the Sun and planets.

Such specimens are widely used in educational settings to demonstrate meteoritic classification, solar system history, and the distinction between terrestrial and extraterrestrial rocks.

Collecting and Display Value

NWA 869 is one of the most widely recognised and collected meteorites due to its availability, scientific importance, and clear classification. This makes it an excellent entry-level meteorite for new collectors, while still holding strong appeal for experienced collectors seeking representative solar system material.

This meteorite has not been artificially altered, reconstructed, or misrepresented. It remains a genuine piece of cosmic material, preserved in its natural state.

Supplied with a lifetime Certificate of Authenticity and showing the exact specimen you will receive, this NWA 869 L5 Common Chondrite meteorite is a tangible fragment of deep space history, offering a direct connection to the earliest moments of our solar system.