• Location: Suaqui Grande - Sonora
• Stage: Moderate to Advanced Exploration
• Ownership: 100% owned (no royalties)
  • 51% Optioned to Tocvan Ventures (5 year schedule)
    • Earn In Terms: (Staged)
      • $2,000,000 exploration to be performed
      • Issuance of 5,000,000 shares of TOC + $400,000
  • Partner reported drill intersections of 94.6m of 1.6 g/t Au including 9.2m of 10.8 g/t Au and 41.2m of 1.1 g/t Au 
• Near Surface Mineralization
• Oxidized, Open Pit Heap Leach Potential, Low Sulfidation/Epithermal, Highly Fractured

• Identified Mineralized zone: 1,200m x 625m
• Drill tested and remains open on trend and at depth
• 22,000m cumulative Drilling (Core & RC) - to approx. 125m vertical depth
• Average metallurgical recovery: 92% (average of three 72 hour bottle roll tests)
• 2,650m+ of Channel/Trench Sampling
  • Trench samples as high as: 55.4 g/t Au over 3m, 28.6 g/t Au over 6m, and 3.39 g/t Au over 50m
• Magnetic & 3DIP Surveys completed over full concession
• Extensive Chip Samples & Soil Samples (mapped)
  • Au in Soils in undrilled area reach as high as 2.03 g/t Au

• Figure 1a: Zones of mineralization (North Hill, Main, 4-Trench) as outlined by historic drilling.
• Figure 1b: 3D Inversion Magnetic Susceptibility slice at ~350m depth. NW-SE shear corridor with N-S structures bounded within.
• Figure 2: 3D Magnetic Inversion (~350m depth). NW-SE shear corridor bounding N-S structures. 

• The study has interpreted underlying structures which may have acted as the “plumbing” required to create the shallow mineralization identified near surface by historical drilling and sampling.
• This structure is hypothesised to be 1000m by 250m by 300m.
• Target is higher grade and continuity of mineralization associated with lower order “feeder” structure.
   

➢ Advanced Interpretation and Modeling - (Underway)

➢ Resource Infill Drilling - (Underway)

➢ Exploration Drilling - (Underway)

➢ 1,000 tonne Bulk Sample (Underway)

➢ 43-101 Compliant Resource Estimation - 2023

➢ Preliminary Economic Assessment - 2024

➢ Potential Open Pit Heap Leach Operation - 2025