Viking Sharpens Nevada Tungsten Drill Targets with Gravity Survey

Why It Matters

The survey de‑risks exploration by pinpointing high‑density targets, accelerating Viking’s path to production as tungsten prices peak, potentially boosting the U.S. critical mineral supply chain.

Key Takeaways

• Gravity anomalies match existing tungsten skarn zones at Linka.
• New concealed targets identified beneath volcanic cover expand the drill inventory.
• Historical holes showed up to 1.3% WO3 over 12 m intervals.
• Record tungsten price (~US$3,150/tonne) strengthens project economics.
• Maiden drilling slated for Q2 2026 aims to test “picnic basket” targets.

Pulse Analysis

The recent ground gravity and magnetic campaign at Viking’s Linka prospect illustrates how modern geophysics can cut through Nevada’s complex terrain. By mapping subtle density variations, the survey highlighted gravity highs that sit directly over Jurassic‑age granitic intrusions intersecting Ordovician limestone—precisely the environment that breeds scheelite‑rich skarn. When overlaid with legacy magnetic signatures, the model isolates high‑density targets with a confidence level that far exceeds traditional line‑cutting methods, giving drill crews a clear, data‑driven roadmap.

Tungsten’s strategic importance has surged as manufacturers seek resilient alloys for aerospace, defense and renewable‑energy applications. With spot prices hovering around US$3,150 per metric tonne—record levels for the metal—project economics are now favorable even for modest grades. The United States, aiming to reduce reliance on Asian supply chains, views Nevada’s mineral‑rich districts as a domestic source of this critical metal. Viking’s ability to fast‑track drilling could position it as a key contributor to the emerging American tungsten supply chain.

Viking is leveraging more than just geophysics. Decades of Union Carbide drilling have already demonstrated 12‑metre intervals exceeding 1 % WO3, and a 210‑foot shaft with 1,500 feet of underground development provides immediate infrastructure. The company’s upcoming Q2 2026 drill program will test a ‘picnic basket’ of newly defined gravity highs, while a parallel tailings‑re‑processing study could unlock low‑cost secondary ore. If the first holes confirm the model, Viking could move from exploration to development faster than peers, attracting capital eager for critical‑minerals exposure.