Sasquatch Resources Corp. · CSE:SASQ
Sasquatch Resources — Investor Presentation (October 2025)
27 slides from Sasquatch Resources's investor presentation, October 2025
Slide 1: Investor Presentation
CSE: SASQ Investor Presentation October 2025 sasquatchresources.com 1
Slide 2: Company Summary
COMPANY SUMMARY Sasquatch has acquired and advanced four projects, all a short distance from Duncan, BC, all with potential for significant near-term cash flow Each site contains extensive waste rock (high sulphide waste containing gold, silver, copper and/or zinc from historical mining or road-buil
Slide 3: Most Advanced Project: Mount Sicker
MOST ADVANCED PROJECT: MOUNT SICKER Historical mining between mainly 1895-1915, with cut-off grades at 8% copper At least 300,000 tons of acid-generating waste rock and a number of other hazards were left behind A no-chemical, closed-loop ore sorting process would remove over 95% of sulphides from t
Slide 4: Over 300,000 tons of waste rock may be sitting at old mining sites
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 4
Slide 5: Waste rock areas allow for little or no new growth
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 5
Slide 6: Valuable elements left behind in 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 6
Slide 7: Professionally designed reclamation/closure strategy
There would be a professionally designed and approved reclamation/closure strategy, restoring the site and addressing a number of existing hazards 7
Slide 8: Dangers on Mount Sicker
DANGERS ON MOUNT SICKER Historic mining operations have left behind old workings and a number of potentially life- threatening hazards 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, kn
Slide 9: Sampling of Mount Sicker Hazards
SAMPLING OF MOUNT SICKER HAZARDS 9
Slide 10: Hazard Close-Ups
HAZARD CLOSE-UPS Open shaft hidden by Open adits all over the Collapsed potholes in trees, 25ft across and over area - to be sealed with open areas of recreational 200 ft deep special screens* use *For example, in the event that adits are discovered to now be local bat habitat, there 10 are special
Slide 11: Waste material is crushed and transported off Mount Sicker
Waste material is crushed and transported off Mount Sicker over 3-6 months Land is reclaimed 1 using an approved Landscape is re- strategy in contoured to remove consultation with dangerous slopes and local interests other hazards
Slide 12: Lenora Dump - Rendering Illustration
LENORA DUMP - RENDERING ILLUSTRATION BEFORE AFTER 12
Slide 13: Tyee Dump - A Few Hundred Meters from Lenora
TYEE DUMP - A FEW HUNDRED METERS FROM LENORA BEFORE AFTER 13
Slide 14: Processing Plan
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 a year of starting 14
Slide 15: Processing Potential
PROCESSING POTENTIAL 300,000 tons of waste or more, all in piles at surface and easily accessible Average values at surface of 1.86 g/t gold, 48.6 g/t silver, 1.22% copper, and 3.05% zinc (overall averages may be higher*) A 528kg ore sorting test-run returned high-grade material with 6.43 g/t gold,
Slide 16: Acid Testing
ACID TESTING Testing was performed on waste before and after being run through the ore sorting process Existing waste scored 0.2 neutralization - highly acidic Post sorting, remaining waste scored 5.3-6.3, which is “normal” PH levels went from 6.3 to 7.2 - again, acidic to normal Overall, 95% of con
Slide 17: Permitting Process
PERMITTING PROCESS Permitting process is underway It is assumed the Province has a vested interest in addressing the waste and hazards Sasquatch must submit detailed surveys, processing plans, and a reclamation/closure strategy, all from qualified professionals - which is all in process The site is
Slide 18: Low Capital Investment Required to Achieve Cash-Flow
LOW CAPITAL INVESTMENT REQUIRED TO ACHIEVE CASH-FLOW Processing partners are being evaluated to provide technical support and the required ore sorting equipment Once permitted, first delivery of 10,000 tons of high-grade material to port could occur within weeks Significant cash-flow could be achiev
Slide 19: Why We Think This Approach Could Be The Model
WHY WE THINK THIS APPROACH COULD BE “THE MODEL” GOING FORWARD: Previous attempts to address Sorting and shipping of high- waste-rock at old mining sites grade has the following big generally suggest small-scale advantages: processing on-site, which has issues: All done using mobile infrastructure, w
Slide 20: Next Projects: Copper Road
NEXT PROJECTS: COPPER ROAD Copper Road was recently discovered as a result of new logging activity just 3km from the original Mount Sicker site A logging road built in 2023 cuts directly through a mineralized system Material used to build the road is littered with VMS rock, which can be removed usin
Slide 21: Next Projects: Copper Road (Hard Rock)
NEXT PROJECTS: Legend COPPER ROAD Mineralized road material (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 mounta
Slide 22: Next Projects: Blue Grouse
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 - all just a few hundred meters from Lake Cowichan (a recreational h
Slide 23: Next Projects: Santana
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 are evident in very
Slide 24: The Mount Sicker Reclamation Project Could
THE MOUNT SICKER RECLAMATION PROJECT (and our other projects) COULD: Provide jobs for the Cowichan Valley Clean up a 125-year-old mess Result in the recovery of gold, silver, copper and zinc Repair a number of potentially life-threatening hazards Represent a rare ‘win-win’ environmentally and econom
Slide 25: Thank you
CSE: SASQ Thank you for helping us restore Mount Sicker, Blue Grouse, Santana and other future projects to pristine condition! October 2025 sasquatchresources.com 25
Slide 26: Gold, Silver, Copper Trends YTD %
Gold, Silver, Copper Trends YTD %, 80% 60% 40% 20% 0% © -20% Sasquatch Legend == Gold trend m= Silver trend == Copper trend 1 i i i Mar 2025 May 2025 Jul 2025 Sep 2025
Slide 27: Disclaimer
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 this
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