Sasquatch Resources Corp. · CSE:SASQ

Sasquatch Resources — Investor Presentation (January 2026)

27 slides from Sasquatch Resources's investor presentation, January 2026

  1. Slide 1: Wasteland to Parkland - Creating Value and Returning Legacy Mine Sites to Nature

    1 WASTELAND TO PARKLAND - CREATING VALUE AND RETURNING LEGACY MINE SITES TO NATURE Investor Presentation | January 2026 sasquatchresources.com CSE: SASQ

  2. Slide 2: Disclaimer

    2 DISCLAIMER Confidentiality This document and all information contained in this document are confidential, proprietary and for the use solely by the prospective investors and their professional advisors. By your acceptance of this document, you agree not to do any of the following in respect of thi

  3. Slide 3: Extracting High Value Waste Rock, Rehabilitating Historic Mine Sites

    3 EXTRACTING HIGH VALUE WASTE ROCK, REHABILITATING HISTORIC MINE SITES The Opportunity Sasquatch has acquired legacy mines from the early 1900’s with waste piles containing copper, gold, silver and/or zinc. The sites were never closed properly and are environmentally hazardous. The Goal To work with

  4. Slide 4: Highly Profitable and Repeatable Plan

    4 Low Capital Intensity / Strong Potential Cash Flows Meaningful cash flow can be generated with limited upfront capital, with a portion potentially funded through grants, debt, or other non-dilutive sources. HIGHLY PROFITABLE Projects in the pipeline each contain significant waste rock with high-gr

  5. Slide 5: Project Pipeline

    5 Blue Grouse (35km from Mt. Sicker) Waste with copper and silver. 500m off a paved highway. Grid sampling complete. PROJECT PIPELINE Mt. Sicker (Vancouver Island, BC) Santana (Quadra Island, BC) Waste with gold, silver, copper and zinc. Waste with gold, silver and copper. High grades. Grid sampling

  6. Slide 6: Mount Sicker

    6 MOUNT SICKER Waste Rock Over 300,000* tons of waste rock may be sitting at the old mining sites on Mount Sicker. Previous operations on Mount Sicker include Lenora, Richard III, Tyee, Victoria and Twin J mines (1895-1945) - this work has left behind massive amounts of waste rock. *Potential quanti

  7. Slide 7: Mount Sicker

    7 MOUNT SICKER Waste Rock Waste rock areas on Mount Sicker allow for little or no new growth (over the past 100 years) and have become a magnet for local refuse dumping. CSE: SASQ

  8. Slide 8: Mount Sicker

    8 MOUNT SICKER Waste Rock Valuable elements have been left behind in waste rock (historical cut-off of 8% copper) - a closed- loop, no-chemical process can separate out high-grade material and leave behind only environmentally safe rock. CSE: SASQ

  9. Slide 9: Mount Sicker

    9 MOUNT SICKER Waste Rock There would be a professionally designed and approved reclamation/closure strategy, restoring the site and addressing a number of existing hazards. CSE: SASQ

  10. Slide 10: Mount Sicker - Rendering Illustrations

    10 MOUNT SICKER - RENDERING ILLUSTRATIONS Lenora Tyee BEFORE AFTER BEFORE AFTER CSE: SASQ

  11. Slide 11: Mount Sicker

    11 MOUNT SICKER Dangers & Hazards Historic mining operations have left behind environmental hazards of all kinds. The area is used extensively by locals and tourists for mountain biking, dirt biking, hiking, and other recreational activities. As a part of any reclamation plan, hazards would be addre

  12. Slide 12: Mount Sicker

    12 MOUNT SICKER Hazard Close-Ups Open shaft hidden by trees, 25ft across and over 200 ft deep. Acid generating waste piles. Open adits all over the area - some to be sealed with special screens.* Collapsed potholes in open areas of recreational use. *For example, in the event that adits are discover

  13. Slide 13: Mount Sicker Work Completed

    13 Grid Sampling 97 grid-pattern surface samples returned average grades of: 1.86 g/t Au, 48.6 g/t Ag, 1.22% Cu, and 3.05% Zn, across an estimated 250–350 kt of waste rock.* MOUNT SICKER Grades May Improve With Depth WORK COMPLETED 30 hand/auger samples, excavated to depths of 2–3 metres, returned m

  14. Slide 14: Mount Sicker

    14 MOUNT SICKER Processing Plan The waste will be crushed and sorted on site using a mobile system. High-grade waste and fines will be transported off-site to an advanced processing facility . Once permitted, operations could be completed within 1-2 years of starting. CSE: SASQ

  15. Slide 15: Mount Sicker

    15 MOUNT SICKER Permitting Process Permitting process is underway. The Province/community has a vested interest in addressing the waste and hazards. Sasquatch has submitted detailed surveys, processing plans, and a reclamation/closure strategy, all from qualified professionals. The site is currently

  16. Slide 16: Mount Sicker

    16 MOUNT SICKER Why we think this approach could be “the model” going forward: Previous attempts to address waste-rock at old mining sites generally suggest small-scale processing on-site, which has issues: Requires MORE mining infrastructure, including new tailings ponds, which increases the mess.

  17. Slide 17: Mount Sicker

    17 MOUNT SICKER Carbon Footprint & Environmental Benefits No faster or more environmentally friendly way to get critical minerals into the supply chain. Copper, silver and zinc may be used to support clean-tech technology (EV’s, solar, batteries, etc.). No new mine, no new processing facility requir

  18. Slide 18: Next Projects

    18 NEXT PROJECTS Copper Road Recently discovered from logging activity just 2- 3km from the original Mount Sicker site. New road cuts directly through a mineralized system. Material used to build the road can be removed using the same sorting process. The overall volume is significant, and removing

  19. Slide 19: Next Projects

    19 NEXT PROJECTS Legend Mineralized road material Copper Road (Hard Rock) Hard rock zone The VMS system exposed by logging activity at Copper Road has also led to a potential new hard rock discovery. Mineralized rock at surface has been observed throughout the area, and also corresponds with the mou

  20. Slide 20: Next Projects

    20 NEXT PROJECTS Blue Grouse Sasquatch has surface rights to another, nearby project similar to Mount Sicker. Historical mining at Blue Grouse has left behind large volumes of high-copper waste, as well as a number of physical hazards - very near Lake Cowichan (a recreational hub). A sampling progra

  21. Slide 21: Next Projects

    21 NEXT PROJECTS Santana The Santana mining area is located on Quadra Island, about 2 hours drive north of Mount Sicker. Mining occurred in and around 1915, with a number of high-sulphide waste piles and other hazards left behind. High copper, silver and gold remain in the waste and copper mineraliz

  22. Slide 22: Next Projects

    22 NEXT PROJECTS Slesse 11 mineral claims covering 1,567 hectares south of Sardis, BC, near the USA border. Three more claims to the north are currently under application. These claims are within 150m of the historic Red Mountain Gold Mine (just across the USA border) and encompass the historic Moun

  23. Slide 23: A Mountain of Opportunity

    23 A MOUNTAIN OF OPPORTUNITY The Mount Sicker Reclamation Project (and our other projects) are expected to: Provide jobs. Clean up significant environmental hazards. Result in the recovery of gold, silver, copper and/or zinc. Address a number of potentially life-threatening hazards. Represent a rare

  24. Slide 24: Thank you for helping us restore Mount Sicker, Blue Grouse, Santana, Slesse

    24 Thank you for helping us restore Mount Sicker, Blue Grouse, Santana, Slesse and other future projects to pristine condition! Investor Presentation | January 2026 sasquatchresources.com CSE: SASQ

  25. Slide 25: Gold, Silver, Copper Trends Apr 2025 - Feb 2026

    25 Gold, Silver, Copper Trends Apr 2025 - Feb 2026 Gold Silver Copper 120 +106.01% 100 Percentage Change (%) 80 60 +53.41% 40 +26.09% 20 0 -20 25 25 5 25 25 26 26 25 25 25 25 02 20 20 20 20 20 20 20 20 20 20 l2 ct n ov ec n b p pr ay g Ju Ju Ja Fe Se Au O A D N M CSE: SASQ

  26. Slide 26: Board of Directors & Management

    26 BOARD OF DIRECTORS & MANAGEMENT Peter Smith Nelson Lamb Justin Deveault Mike Raven CEO CFO VP CORPORATE SECRETARY Mr. Peter Smith was educated at SFU, UBC, Mr. Lamb is the President and CEO of Mr. Justin Deveault has been a prospector Mr. Michael Raven is a Vancouver-based and Cambridge Universit

  27. Slide 27: Board of Directors & Management

    27 BOARD OF DIRECTORS & MANAGEMENT Thomas Lamb Andy Holloway Jillian Doucette Lou Webster DIRECTOR DIRECTOR ADVISOR DIRECTOR Mr. Thomas Lamb (no relation to Nelson Andy Holloway is a mining industry Jill founded Synergy Enterprises in 2008 after Lou has been a lawyer in British Columbia for Lamb) wa

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