Manyoni Singida Project

The Manyoni–Singida Gold Project is located within the Moyowosi–Manyoni Greenstone Belt of the Dodoma Superterrane, representing a large, underexplored frontier terrain with emerging potential for structurally controlled gold systems.

Manyoni – Singida Gold

Manyoni–Singida Gold Project — District-Scale Frontier Exploration Opportunity
The Manyoni–Singida Gold Project is located within the Moyowosi–Manyoni Greenstone Belt of the Dodoma Superterrane, representing a large, underexplored frontier terrain with emerging potential for structurally controlled gold systems.
The project area spans approximately 333 square kilometres, providing Kerende Gold with a district-scale exploration footprint in central Tanzania, strategically positioned near active gold operations in the Singida region.Geologically, the licence sits within a complex crustal architecture defined by granitoid–gneiss terranes and migmatitic basement, intruded by NW–SE trending granitoid swarms. Regional interpretations indicate the presence of two contiguous crustal domains—the Moyowosi–Uyowa Terrane and the Tabora–Manyoni Terrane—both characterized by extensive orthogneissic–migmatitic assemblages and late-kinematic granitoid intrusions.

More About Manyoni – Singida Gold

Although much of the belt is masked by transported regolith and proto-lacustrine sediments, high-resolution geophysics and limited drilling have confirmed elongated granitoid bodies with mafic inclusions and structurally bounded basement domains—features consistent with deep-seated fluid pathways and concealed mineral systems.

Importantly, the Moyowosi–Manyoni Superterrane remains comparatively underexplored for gold relative to Tanzania’s Archean greenstone belts, creating an opportunity for modern, technology-led exploration focused on:

Kerende Gold views Manyoni–Singida as a high-impact discovery opportunity, where advanced geophysics, UAV surveying, geochemistry, and AI-driven targeting can unlock value in terrain that has historically received limited systematic exploration.
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