Our initial Rambler South Project, spanning 5,085.4 hectares, has undergone a dramatic 239% expansion, now encompassing 17,227.97 hectares. The district is renowned for its mineral wealth, including copper, gold, and zinc.
This district, with its rich mining history, has been largely untapped with modern exploration and mining techniques, presenting a massive potential for both deep and lateral expansion.
Our expansion has resulted in the consolidation of this mineral-rich district, for the first time, under a single operator -Gold Hunter Resources.
This strategic move not only expands our exploration portfolio but also fortifies our involvement in the Baie Verte Peninsula, the heart of mining in Newfoundland.
Our primary Rambler Project target is the contact zone between sheeted dykes and pillow lavas, holding promising mineral potential.
Rambler’s ore system is mainly mafic-hosted, distinct from its Paquet Harbour Group volcanic surroundings.
Mining areas within Rambler are strategically situated along synform and antiform hinge zones, offering favorable conditions for deposits.
Several similar conceptual targets in the district present significant potential for future discoveries, sharing favorable structural settings.
The L2 lineation geometry greatly affects orebody shape at Rambler and Ming Mines, providing insights for targeted exploration and potential resource expansion.
The L2 lineation geometry exerts significant control on the northeast-plunging, cigar-shaped orebody geometry at the Rambler and Ming Mines.
Several similar conceptual targets in the district present significant potential for future discoveries, sharing favorable structural settings.
Several similar conceptual targets in the district present significant potential for future discoveries, sharing favorable structural settings.
Several similar conceptual targets in the district present significant potential for future discoveries, sharing favorable structural settings.
Several similar conceptual targets in the district present significant potential for future discoveries, sharing favorable structural settings.
