Belmont Resources Inc. · TSXV:BEA

Belmont Resources — Technical Presentation (April 2025)

8 slides from Belmont Resources's technical presentation, April 2025

  1. Slide 1: Crackingstone Uranium/Rare Earths Project: 2025 Planned Drill Program

    Crackingstone Uranium/Rare Earths Project Athabasca Basin Saskatchewan, Canada 2025 Planned Drill Program

  2. Slide 2: The Athabasca Basin Highest Grades in the World

    THE ATHABASCA BASIN HIGHEST GRADES IN THE WORLD: Home to the largest and Highest uranium grade of notable mine by production country (Grade % U308) highest-grade uranium deposits in the world! The Athabasca Basin is the eee most environmentally } Over 900MM Ibs of U,0, produced! advantageous product

  3. Slide 3: Crackingstone Uranium/Rare Earths Project

    Crackingstone Uranium/Rare Earths Project • The Beaverlodge district is located to the northwest of the Athabasca Basin. This historically important uranium mining district was home to Saskatchewan's first uranium mining boom in the 1950's and 1960's with 52 operating mines, including 12 open-pit op

  4. Slide 4: Uranium Criteria

    Uranium Uranium Drill Target Selection Criteria • Faults: Faults act as conduits for uranium‐bearing hydrothermal fluids. When these fluids move through faults and fractures in the rock, they can deposit uranium along the fault zone. Airborne Radiometric Survey • Electromagnetic (EM) Conductor: Uran

  5. Slide 5: Uranium: Q3-2025 Drill Program

    Uranium Drill Target Selection • 4 initial Uranium drill targets have been selected for Airborne Radiometric Survey the Q3‐2025 drill program. • Each drill target will consist of 3 ‐ 400 meter drill 4 holes. • Total meters to be drilled = 4,800 meters. 1 • Estimated cost per meter drilled = $300 2 •

  6. Slide 6: Rare Earth Elements (REE's) Criteria

    Rare Earth Elements Rare Earth Elements (REE’s) Drill Target Selection Criteria • Faults: Similar to Uranium, faults act as conduits for Rare Earth Elements (REE’s) ‐bearing hydrothermal fluids. When these fluids move through Airborne Radiometric Survey faults and fractures in the rock, they can dep

  7. Slide 7: Rare Earth Elements (REE's) Drill Targets

    Rare Earth Elements (REE’s) Drill Target Selection Airborne Radiometric Survey Significant Thorium • 4 initial Rare Earth Element drill targets have been Anomaly Associated 1.8 kms pegmatite With Major Fault intercepted in 2008 selected for the Q3‐2025 drill program. drilling 4 • As the 4 Rare Earth

  8. Slide 8: 2025 Rare Earths Ground Exploration

    Rare Earth Elements (REE’s) 2025 Rare Earths Ground Exploration Airborne Radiometric Survey Focus Area for 2025 REE ground 1.8 kms pegmatite exploration intercepted in 2008 drilling 4 1 Geologist recording large pegmatite outcrop 2 • Numerous pegmatite outcrops which are coincident with 3 Thorium an

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