Description
Aragonite Cluster Sputnik Crystal Morocco Natural Starburst Mineral Specimen
Genuine Aragonite Cluster “Sputniks” – Morocco Mineral Specimen
This listing is for a genuine Aragonite Cluster known as “Sputniks” from Morocco, a striking mineral formation prized for its radiating crystal structure. The photograph shows the actual specimen you will receive, and each piece is carefully chosen for its shape, crystal definition, and collector display quality.
Your specimen includes a Certificate of Authenticity lifetime guarantee generic card, confirming it is a genuine natural mineral. Please refer to the photographs for full sizing and scale.
Mineral Species & Scientific Classification
Aragonite is a naturally occurring form of calcium carbonate (CaCO₃), chemically identical to calcite but with a different crystal structure. It is a common mineral in sedimentary and hydrothermal environments and is well known for forming unusual crystal habits.
Key mineral information:
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Mineral Species: Aragonite
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Chemical Formula: CaCO₃
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Mineral Group: Carbonates
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Crystal System: Orthorhombic
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Hardness: 3.5–4 on the Mohs scale
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Lustre: Vitreous to resinous
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Transparency: Translucent to opaque
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Typical Colour: Beige, cream, honey-brown, golden tones
Aragonite is especially valued by collectors for its distinctive crystal shapes and radiating formations.
“Sputnik” Crystal Formation & Appearance
The term “Sputnik” aragonite refers to a well-known crystal habit where aragonite forms in radiating, starburst-like clusters. These specimens resemble small spherical explosions of crystal needles, creating a dramatic natural geometry.
Typical features include:
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Radiating crystal sprays
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Starburst or spherical cluster shapes
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Dense needle-like or prismatic growth
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Warm earthy colour tones
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Natural texture and three-dimensional form
Each cluster is unique, shaped entirely by natural growth conditions within its geological environment.
Geological Formation & Moroccan Locality
Morocco is one of the world’s most important sources of collectible aragonite clusters, particularly from mineral-rich regions shaped by sedimentary basins and hydrothermal activity.
Aragonite forms when calcium-rich waters deposit carbonate minerals in cavities, fractures, or sedimentary layers. Over time, crystals grow outward from central points, producing the distinctive radiating “sputnik” habit.
These formations often occur in association with:
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Calcite
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Gypsum
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Barite
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Limestone host rock
Moroccan aragonite clusters are highly regarded for their strong crystal definition and classic starburst shapes.
Collector Display & Natural Character
This aragonite cluster is an excellent specimen for collectors who appreciate unusual crystal habits and natural mineral geometry. The piece may display:
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Intricate radiating crystal structure
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Subtle natural colour zoning
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Surface texture from crystal growth
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Natural edges and formations
Aragonite is a relatively softer mineral compared to quartz, so specimens should be handled with care to preserve delicate crystal points.
Decorative & Educational Uses
Aragonite “sputnik” clusters are ideal for:
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Mineral and crystal collections
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Display cabinets or shelves
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Geological education and study
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Unique natural décor pieces
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Gifts for collectors and enthusiasts
The dramatic starburst shape makes these specimens standout conversation pieces in any collection.
In spiritual traditions, aragonite clusters are sometimes traditionally associated with grounding symbolism. This listing presents the specimen strictly as a natural mineral collectible, without any medical or outcome-based claims.
Authenticity & Product Details
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Genuine Aragonite Cluster “Sputniks”
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Origin: Morocco
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Natural calcium carbonate mineral formation
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Radiating starburst crystal habit
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Carefully selected collector specimen
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Photo shows the actual piece you will receive
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Includes Certificate of Authenticity lifetime guarantee generic card
A spectacular Moroccan aragonite sputnik cluster, showcasing one of nature’s most iconic radiating crystal formations, perfect for collectors of unique and visually striking mineral specimens.





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