Cupani Metals Corp. · CSE:CUPA

Cupani Metals — Investor Presentation (April 2026)

25 slides from Cupani Metals's investor presentation, April 2026

  1. Slide 1: Exploring For Quebec's Next Major Cu-Ni-PGE Deposit

    Exploring For Quebec’s Next Major Cu-Ni-PGE Deposit Turning Historical Potential into Modern Value – Blue Lake Project APRIL 2026 CSE: CUPA | OTCQB: CUPIF

  2. Slide 2: Disclaimer

    Disclaimer This presentation has been prepared by Cupani Metals Corp. (“CUPA”) solely for informational purposes. The information contained herein has been prepared to assist investors in making their own evaluation of CUPA and does not purport to be all- inclusive or to contain all the information

  3. Slide 3: CUPANI Metals: Advancing Critical Metals in Quebec

    CUPANI Metals: Advancing Critical Metals in Quebec CUPANI Metals Corp. is a Canadian exploration company focused on advancing the district-scale Blue Lake Copper-Nickel-Platinum-Palladium project in Quebec's prolific Labrador Trough. Regional Infrastructure Historical Foundation Expert Leadership Th

  4. Slide 4: CUPANI Metals: Positioned for Success

    CUPANI Metals: Positioned for Success Quebec's Blue Lake Project offers investors leveraged exposure to verified Cu-Ni-PGE mineralization with historical foundation, modern discovery upside, exceptional infrastructure, Indigenous collaboration, funded execution, and ESG leadership in a supply-constr

  5. Slide 5: The Blue Lake Project

    Legend Cupani property limit First Nation territory (category 1 land) City Infrastructure Administrative region Labrador - Quebec border Hydro-Qc high voltage The Blue Lake Project power line Ferry Railway Provincial road CUPANI's 100%-owned project sits 65 km from Schefferville in River Lake a mini

  6. Slide 6: The Blue Lake Project

    The Blue Lake Project The Blue Lake project occupies a remarkably advantaged position in northern Quebec, benefiting from world-class infrastructure developed over decades of iron ore mining in the region. CUPANI claims cover 682 km² of favourable geology including multiple Cu-Ni-PGE occurrences and

  7. Slide 7: Quebec: Where Geology Meets Stability

    Quebec: Where Geology Meets Stability Quebec's Tier-1 status stems from exceptional geology, century-long mining tradition, proactive government support, established Indigenous consultation requirements, northern infrastructure investment, and stable legal/political frameworks. • Quebec's political

  8. Slide 8: First Nations Partnership

    First Nations Partnership Building genuine partnerships with the Innu Nation of Matimekush-Lac-John and Naskapi Nation of Kawawachikamach should create support from exploration to development. Both nations have various business interests already, including ownership in the railway from Schefferville

  9. Slide 9: Exploration History of The Blue Lake Project

    Exploration History of The Blue Lake Project CUPANI will build on the accumulated knowledge using modern techniques to create value. J.A. Retty's 1945 Follow-up drilling by Groupe Platine de la Fosse (La Fosse) reconnaissance flight Hollinger helped delineate advanced the project aggressively after

  10. Slide 10: Blue Lake Project Historical Estimate

    Blue Lake Project Historical Estimate Historical resource estimate of 4.37 million tonnes grading at 0.87% Cu, 0.52% Ni, and 0.84 g/t Pt-Pd, as reported by A.T. Avison in a La Fosse Platinum Group unpublished report from 1989. At the time, they were classified as indicated (not NI 43-101 compliant).

  11. Slide 11: CUPANI Leadership & Geosciences Team

    CUPANI Leadership & Geosciences Team CUPANI's leadership team combines decades of exploration expertise, proven discovery track records, and operational excellence to advance the Blue Lake Project through systematic exploration and responsible resource development. Brian Bosse, CFA Jacquelin Gauthie

  12. Slide 12: Superior Craton Advantage

    Superior Craton Advantage Approximately 1.9 billion years ago, deep crustal faults bordering the Superior Craton created pathways that allowed large volumes of ultramafic magma to reach near-surface levels, creating the geological conditions for formation of Cu-Ni-PGE deposits. • This regional map s

  13. Slide 13: Positioning Blue Lake Within the Global Nickel–Copper–PGE Deposit Spectrum

    PGE Positioning Blue Lake Within the Global Nickel–Copper– PGE Deposit Spectrum PGE deposits Blue Lake is positioned as a balanced, polymetallic Ni–Cu–PGE deposit comparable to major global Nunavik camps, offering multiple revenue streams, greater Nickel resilience across metal cycles, and strong po

  14. Slide 14: Copper & Nickel: Footprints of Large Metallogenetic Regions

    Copper & Nickel: Footprints of Large Metallogenetic Regions 1980’s-1990’s compilation of leveled values of 30,000 government lake bottom sediment assays released in 2015. Red areas indicated very strong anomalies. CUPANI Metals CUPANI claims covers most CUPANI Metals of the very large anomaly just N

  15. Slide 15: Raglan Mine: Proof of Concept for Blue Lake

    Raglan Mine: Proof of Concept for Blue Lake Glencore’s Raglan Mine in northern Quebec serves as both a geological analogue and economic benchmark for the Blue Lake project, illustrating how well-managed exploration in this setting can expand Cu-Ni-PGE reserves faster than they are mined, supporting

  16. Slide 16: Just South of Blue Lake: Raglan over Zone 5

    Just South of Blue Lake 2 Raglan over Zone 5 Columnar Jointing Columnar Jointing Peridotite Peridotite

  17. Slide 17: Geological Pathways to Cu-Ni-PGE Mineralization

    Geological Pathways to Cu-Ni-PGE Mineralization Focused Magma Conduits Fertility/ Mineralisation • Magma flow is an essential process. • Mafic / ultramafic rocks that are cumulates. • Strong magma flow will melt sediments / enclosing • Evidence of sulphide saturation. rocks, releasing sulphur that c

  18. Slide 18: How Cu-Ni-PGE Deposits Form in Subvolcanic Environment

    How Cu-Ni-PGE Deposits Form in Subvolcanic Environment This nested, three-stage diagram illustrates how Cu–Ni–PGE deposits form, and shows why observing blebs and/or net-textured Mineralisation sulphides in ultramafic rocks may be a good indication of potential massive sulphides at depth. • Hot, tur

  19. Slide 19: 2025 Exploration Program: Blue Lake Zone

    2025 Exploration Program: Blue Lake Zone Three-month geological prospecting campaign and state-of-the-art airborne survey prepare priority targets for winter 2026 drilling. Mapping & Prospecting • 90 days with 3 teams (geo + tech) late-June to late- September 2025. • Examined and described 1379 site

  20. Slide 20: Highlights of the 2025 Fieldwork

    Highlights of the 2025 Fieldwork • 457 grab samples were collected, primarily from outcrop and felsenmeers (in-situ angular blocks formed by freezing-thawing cycles, representing the underlying outcrop). • Discovery of two new mineralised zones: North Retty and Retty Lake Northwest • Several sectors

  21. Slide 21: Blue Lake Winter 2026 Drill Program: Testing Historical Extensions and New Targets

    Blue Lake Winter 2026 Drill Program: Testing Historical Extensions and New Targets Winter 2026 represents a critical milestone with CUPANI's first drill program on the property. • The winter 2026 program is planned for 15-20 diamond drill holes totaling 3,000-4,000 meters, with holes designed to tes

  22. Slide 22: A Carbon Free Advantage

    A Carbon Free Advantage CUPANI is taking a forward-thinking approach to camp power requirements by incorporating wind energy into its exploration infrastructure, both to reduce operating costs during exploration and to collect critical site-specific wind data that could significantly enhance future

  23. Slide 23: Capital Structure

    Capital Structure CUPANI Metals Corp. is a mineral exploration company focused on the Blue Lake copper-nickel-palladium-platinum- gold property located near Schefferville, Quebec, Canada. The Company is listed on the CSE under the symbol “CUPA”, and on the OTCQB Venture Market under the symbol “CUPI

  24. Slide 24: CUPANI Metals: Differentiated Value Proposition in Junior Mining Sector

    District-Scale Discovery Potential The 15 km-long high-potential exploration corridor defined by integrated geophysics, geochemistry, and mapping offers growth potential that could multiply historical mineralization if drilling confirms the model. The Raglan Mine analogue shows such corridors can ho

  25. Slide 25: Exploring For Quebec's Next Major Cu-Ni-PGE Deposit

    Exploring For Quebec’s Next Major Cu-Ni-PGE Deposit Contact: Stock Symbols: Brian Bosse, CEO & Director CSE: CUPA | OTCQB: CUPIF Phone: +1 (416) 844-5712 For detailed company information, Email: Brian@cupanimetals.com news releases, and financial filings, Website: cupanimetals.com investors can acce

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