The Berbera Corridor Project
Concession Overview
The Berbera Corridor Project comprises a continuous, highly uniform 20 km hydrothermal mineralized system. Surface reconnaissance, pitting, and shallow extraction have confirmed a diversified multi-commodity and rare earth deposit structure that guarantees long-term supply security across multiple high-tech and industrial sectors.
1. High-Grade Copper & Permanent-Magnet Rare Earth Element (REE + Y) Zone
Independent laboratory analysis confirms exceptional surface outcroppings yielding unprocessed copper grades of 14.61% Cu and 7.00% Cu. Crucially, this system is highly enriched with a 1.117% Total Rare Earth Element (REE + Y) permanent-magnet metal basket.
This critical mineral basket contains premium, high-demand elements essential for electric vehicles, defence technologies, and wind turbines:
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Neodymium (Nd) and Praseodymium (Pr)
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Dysprosium (Dy) and Terbium (Tb)
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Geological Continuity: The copper-rare earth oxide and silicate (Chrysocolla and Malachite) mineralization is highly accessible, sitting beneath a shallow overburden of just 0.5 meters and extending across a verified 30-pace continuous horizontal surface strike along the mountain profile.
2. Premium Lead-Silver (Galena) Structures
Our concession contains premium, heavy crystalline Galena targets. Independent chemical assays show near-pure raw mineral expressions returning 78.00% Lead (Pb) accompanied by highly profitable 99 g/t Silver (Ag) credits. This target is optimized for direct mechanical extraction to supply regional battery manufacturing grids and international smelting networks.
3. Concession-Edge Titanium Complex
Positioned on the structural margin of the 20 km zone, our titanium deposit yields solid-rock mineralization assaying at 47% Titanium Oxide 47% Ti2O5 equivalent. This high-purity profile provides an exceptional raw material foundation for upgrade into synthetic rutile to support global aerospace, defence, pigment, and advanced metallurgy applications
4. Regional Scale: Widespread Iron Ore & Pyrite Halos
The broader 20 km concession corridor features pervasive, outcropping iron ore formations and extensive, deep-seated pyrite mineralized halos. To mining engineers and technical due-diligence teams, this massive geological footprint indicates a highly uniform and scalable Volcanogenic Massive Sulphide (VMS) or Skarn system engine.