- Glenstar Minerals (GSTRF, Financial) announces the commencement of its first-ever drilling program at the Green Monster Property in Nevada.
- Initial sampling revealed high-grade mineralization: 3.77% Copper, 3.06% Nickel, 0.21% Cobalt, and 6.83% Zinc.
- Midnight Sun Drilling (MSD) has been contracted, bringing over 50 years of industry experience to the project.
Glenstar Minerals Inc. (GSTRF) has engaged Midnight Sun Drilling Inc. (MSD) to execute its inaugural drill program at the Green Monster Property, strategically located in southwestern Nevada. The drilling will target nickel-copper-cobalt mineralization identified through prior exploration efforts.
The Green Monster Property spans 35 federal lode claims, covering approximately 700 acres in Clark County, about 40 miles southwest of Las Vegas. Previous fieldwork in 2022, including reconnaissance geologic mapping, surface rock sampling, soil sampling, and a drone magnetic survey, revealed promising results, notably channel samples that exhibited 3.77% Copper, 3.06% Nickel, 0.21% Cobalt, and 6.83% Zinc over 1.18 meters.
MSD, selected for their expertise and specialized equipment, boasts over five decades of experience in drilling projects worldwide and operates from bases in the Yukon Territory, Alaska, and Nevada. Glenstar’s decision to partner with MSD reflects their confidence in MSD's capability to efficiently and effectively manage the drilling operations required at Green Monster.
The company is set to finalize the scope of the initial drilling program and plans to release further details, including the start date, soon. This venture marks a significant step in Glenstar's mission to discover and develop critical mineral resources essential for emerging technologies and energy solutions.
Glenstar Minerals is a company dedicated to the exploration and discovery of polymetallic mineral deposits, with its shares actively traded on the Canadian Securities Exchange under "GSTR", the Frankfurt Stock Exchange under "VO2", and in the OTC market in the U.S. under "GSTRF".
