Metalero Mining closes first tranche of financing

Executive Summary

• Metalero Mining Corp. has closed the first tranche of its previously announced non-brokered private placement, raising $200,000 in gross proceeds.
• The tranche consisted of 952,381 flow-through units priced at $0.21 per unit, with proceeds designated for fall 2025 exploration activities at the Benson project.
• The transaction included the issuance of finders' warrants and is subject to a hold period until February 22, 2025, pending TSX Venture Exchange approval.

Key Details

• Transaction Structure: Closed first tranche of non-brokered private placement.
• Units Issued: 952,381 flow-through (FT) units.
• Price: $0.21 per unit.
• Gross Proceeds: $200,000.
• Unit Composition: Each unit consists of one flow-through common share and one common share purchase warrant.
• Warrant Terms (Units): Each warrant entitles the holder to purchase one additional non-flow-through common share at an exercise price of $0.26 per share.
• Warrant Expiry: Two years from the date of issuance.
• Use of Proceeds: To support fall 2025 exploration work at the Benson project, including further sampling and ground geophysics.
• Hold Period: All securities issued are subject to a hold period until February 22, 2025.
• Finder’s Fees: In connection with the sale, Metalero paid $16,000 in cash and issued 76,189 non-transferable finders' warrants.
• Finder’s Warrant Terms: Each warrant entitles the holder to purchase one common share at $0.21 per share for up to two years from issuance.
• Tax Status: FT shares qualify as flow-through shares under the Income Tax Act (Canada) and B.C. flow-through mining expenditures for qualifying individuals.
• Conditions: Offering subject to necessary approvals, including TSX Venture Exchange approval.
• Project Background: Benson project is located in the Quesnel Trough, BC, a major mineral belt hosting copper-gold porphyry deposits. The 166-square-kilometre property includes five prospects with historical gold and copper surface geochemical anomalies and historical drill intersections of skarn and epithermal mineralization. Recent AI work by Geoscience B.C. identified high-potential porphyry-like anomalies.

Notable Quotes

• None provided in the text.