Giant Mining Advances Majuba Hill Copper Project with Extensive Drilling in Nevada
Giant Mining continues its promising exploration at the Majuba Hill Copper-Silver-Gold Project, drilling multiple holes and positioning the site as a potential significant American critical minerals resource with strategic infrastructure advantages.

Giant Mining Corp. has made substantial progress in its 2025 diamond core drilling program at the Majuba Hill Copper-Silver-Gold Project in Pershing County, Nevada, with three drill holes completed and significant potential for mineral resource expansion.
The company successfully drilled Hole MHB-34 to a total depth of 1,963 feet (598.3 meters), marking a critical milestone in their exploration efforts. Additionally, drill core from Hole MHB-33, which reached 936 feet (285.29 meters), has been sampled and submitted for comprehensive analysis at ALS Global Services.
CEO David Greenway emphasized the project's strategic importance, highlighting Majuba Hill's potential to contribute to America's clean energy future and critical mineral supply chain independence. The project's location in Nevada, a top-ranked mining jurisdiction, provides significant infrastructure advantages including well-maintained access roads, nearby power supply, and transportation routes.
The current drilling program aims to expand known copper mineralization and advance toward a new Mineral Resource Estimate. With 83,930 feet of drilling completed to date and an estimated drilling replacement value of $10.4 million, the project shows promising indications of a potentially large copper-silver-gold mineralized body.
Key project characteristics include its 9,684-acre size, strategic location 156 miles from Reno, and potential for significant mineral expansion, with mineralization currently identified as open in multiple directions.
The exploration strategy builds upon previous high-grade copper mineralization discoveries in 2024 and follows rigorous quality assurance and quality control protocols to ensure accurate geological and mineral assessments.