What's Happening?
Vault Strategic Mining Corp. has announced significant findings from its Phase 1 exploration program at the War Bond Tungsten Project in Nevada. The company reported widespread anomalous tungsten values, with rock samples showing up to 1,100 parts per
million (ppm) tungsten and manganese values reaching up to 4,430 ppm. These results suggest a structurally controlled tungsten-skarn model across the project area, which includes historical mining sites such as War Bond, Tactite, and Thursday. The exploration involved 42 samples, including rock-chip and soil samples, analyzed by ALS Geochemistry in Reno, Nevada. The findings will be integrated with previous drone-borne magnetic surveys and historical data to refine geological interpretations and support further exploration activities.
Why It's Important?
The discovery of high tungsten and manganese values at the War Bond project is significant due to the strategic importance of tungsten as a critical mineral. Tungsten is essential for defense and industrial applications, including armor-piercing ammunition, aerospace components, and high-performance tools. The U.S. and Canada classify tungsten as a critical mineral, emphasizing the need for secure domestic supply chains amid global geopolitical tensions and supply chain disruptions. Vault Strategic Mining's findings could position the War Bond project as a key player in North America's tungsten supply, contributing to national security and industrial resilience.
What's Next?
Vault Strategic Mining plans to integrate the new assay results with historical data and previous surveys to refine exploration targets and advance drill-permitting activities. The company aims to prepare a maiden NI 43-101 technical report, which will provide a comprehensive assessment of the project's potential. Further exploration, including drilling and metallurgical studies, will be necessary to confirm the extent and economic viability of the mineralization. The company is focused on developing a secure North American tungsten supply chain, aligning with broader efforts to reduce reliance on foreign sources for critical minerals.
