The Virgo Project is located in the Kalahari Copper Belt, an emerging copper district that has seen significant recent discoveries.
The project sits within a highly prospective geological corridor, with mineralisation associated with a key contact horizon known to host sediment-hosted copper deposits. Arc Minerals holds a unique position within this corridor, providing direct exposure to an area of active exploration and development. Work to date has confirmed the presence of mineralisation and supports continued targeting along the contact zone, with further drilling planned to define scale.
208.3 km²
Licence area
Tier 1 region
Kalahari Copper Belt


Multi-target
Across broad trend
Overview
The 138.6km2 Virgo Project is a highly prospective copper exploration asset located within Botswana’s Kalahari Copper Belt (KCB) – one of the world’s most exciting emerging copper districts. Positioned directly within the MMG Zone 5 corridor, Virgo sits in the same structural and geological setting that hosts multiple Tier 1 copper discoveries.
Arc Minerals is uniquely placed as the only junior explorer with tenure in this proven discovery corridor, providing rare early-stage exposure to a highly fertile mineral system.
Geology
Virgo targets sediment-hosted copper mineralisation along the D’Kar Formation (DKF) and Ngwako Pan Formation (NPF) contact – the key mineralised horizon across the KCB. This contact is directly associated with all major deposits in the belt and represents a clear, repeatable exploration target.
Initial work has confirmed the presence of this contact and demonstrated encouraging copper mineralisation, validating the geological model.

Exploration
A maiden drilling programme (~3,000m) completed in 2024 intersected both the target horizon and associated mineralisation, including 3m @ 1.29% CuEq within 6m @ 0.82% CuEq.
3,000m
drilling
Importantly, drilling to date has only tested a limited portion of the licence, leaving significant upside potential across largely untested strike.
The current focus is on refining and extending the DKF/NPF contact zone using integrated geophysics and geological modelling ahead of further drilling.
Key highlights
- 3m @ 1.29% Cu
- 6m @ 0.82% Cu
