Robinson Dike Gold Leak Project

Robinson Dike Gold Leak Project

Robinson Dike Gold Leak Project
Regional Context

Regional Context

The Robinson Dike and Gold Leaf Deposits lie within the Idaho Batholith, a region renowned for its numerous gold-bearing shear zones and long mining history. The property sits near the historic mining community of Dixie, Idaho, benefitting from direct road access, nearby airstrips, and strong local support for responsible mineral development.

Geology and Mineralization

Gold mineralization is hosted within oxidized and silicified granite, characterized by fine disseminated gold along a shear zone traced for more than 4,000 feet in strike length. Historical work outlined near-surface oxide mineralization with simple metallurgy and excellent heap-leach recoveries.
Metallurgical testing by K.D. Engineering, Degerstrom Laboratories, and the University of Idaho confirmed the ore’s strong leach response, high gold recovery, and low reagent demand. The gold system remains open along strike and at depth, representing significant expansion potential.
Geology and Mineralization

Historical Information and Exploration Context

The mineral properties comprising the Company’s portfolio have been the subject of extensive historical exploration, development work, and, in several cases, past commercial production or advanced-stage evaluations with the intent to commence mining. The historical exploration results, samplixng, drilling, resource estimates, and other technical information referenced herein were completed prior to the adoption of National Instrument 43-101 – Standards of Disclosure for Mineral Projects (“NI 43-101”) and do not comply with current NI 43-101 requirements. As a result, such historical information and any historical resource estimates should not be relied upon as current mineral resources or reserves.
The Company has been provided with a compilation of historical data, including non-NI 43-101 compliant resource estimates and sampling results. While this historical information is non-compliant, it is considered highly relevant for exploration targeting, geological interpretation, and the design of modern exploration and evaluation programs.
Management believes that the existence of extensive historical work, past production, and prior feasibility-level evaluations creates a compelling foundation for modern exploration, particularly when reassessed using contemporary geological models, exploration technologies, metallurgical processes, and prevailing commodity prices. However, readers are cautioned that historical results, resources, or economic conclusions cannot be verified or confirmed at this time.
In order to define current mineral resources, assess metallurgy, and evaluate economic viability, the Company will be required to complete confirmation drilling, modern metallurgical studies, updated technical evaluations, and NI 43-101 compliant mineral resource estimates and feasibility or economic studies. There is no assurance that historical results will be confirmed or that any project will advance to economic viability.

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