Global Uranium plans ANT survey at Astro project

Executive Summary

• Global Uranium Corp. plans to conduct an ambient noise tomography (ANT) survey at its Astro project in the Athabasca basin, Saskatchewan, in collaboration with CAUR Technologies.
• The survey aims to refine high-priority target zones identified by a previous 2025 ZTEM survey, specifically focusing on the AS-1 target to define drill-ready locations.
• This program is a critical step toward the company's first drill campaign, with field work scheduled for June/July and final results expected in August.

Key Details

• Survey Type: Ambient Noise Tomography (ANT).
• Partner: CAUR Technologies (selected by Cosa Resources Corp., the underlying owner/operator).
• Project Location: Astro project, eastern Athabasca basin, Saskatchewan.
• Ownership Interest: Global Uranium holds an option to acquire an 80% interest in Astro from Cosa Resources, subject to earn-in requirements.
• Previous Data Context: Builds on a 2025 helicopter-borne ZTEM survey that identified a 25-kilometre conductive corridor and outlined seven target zones, including three high-priority areas.
• Survey Objectives:
  • Refine prospective areas, specifically the AS-1 target.
  • Identify key geological features at depth.
  • Improve prioritization of drill locations.
  • Define high-confidence drill targets for the initial drill campaign.
• Timeline:
  • Start: Early June (subject to scheduling and field conditions).
  • Completion: July.
  • Results: Expected in August.
• Next Steps: Results will inform additional ground work and drill targeting.

Notable Quotes

• Ungad Chadda, CEO: "Last year's results outlined a large and compelling target area at Astro, and this ANT survey is an important next step in refining those targets. With a 25-kilometre corridor and multiple high-priority zones already identified, we are continuing to build toward defining our initial drill targets. We believe Astro has the scale and geological setting we look for in the Athabasca basin, and this program moves us closer to assessing that potential."