Slide 1: Fire Mountain Project Technical Presentation
Copper Focused Exploration in British Columbia A Growth Stage Exploration Company FIRE MOUNTAIN PROJECT TECHNICAL PRESENTATION MARCH 2023
Slide 2: Forward Looking Statements
FORWARD LOOKING STATEMENTS • Forward-Looking Statement This presentation contains certain statements that may constitute forward-looking information under applicable securities laws. All statements, other than those of historical fact, which address activities, events, outcomes, results, development
Slide 3: Board and Management Team
BOARD AND MANAGEMENT TEAM Jeffrey Ackert, BSc. Shannon Baird P.Geo Yanika Silina CPA CMA Darcy Christian P.Geo Hon. Alison Redford QC, ICD. D President, CEO & Director VP Exploration & Director Chief Financial Officer Director Director Mr. Ackert began his career Mr. Baird has over 18 years of Ms. S
Slide 4: Project Location & Nearby Significant Deposits
FIRE MOUNTAIN Cu-Au-Mo PORPHYRY PROJECT Project Location & Nearby Significant Deposits • A large (7,913 ha), “Flagship” quality Project located ~220km from Vancouver in the Coastal Mountain Belt along trend with multiple Cu-Au-Mo deposits across Alaska, British Columbia, and Washington State includi
Slide 5: Project Benefits
FIRE MOUNTAIN Cu-Au-Mo PORPHYRY PROJECT Project Benefits • Large land package with widespread porphyry- related alteration, veining, and mineralization including 10 documented Minfile occurrences • Low Risk / Low Capital Critical Metals Play • Severely underexplored • Significant surface results wit
Slide 6: Regional Geology
FIRE MOUNTAIN Cu-Au-Mo PORPHYRY PROJECT Regional Geology • Major NW-SE longitudinal structures – potential crustal-scale marking the eastern boundary of the Wrangellia Terrane, could provide structural control of ore as at the Copper Mountain-Ingerbelle Deposit • Bend in steeply-dipping major struct
Slide 7: Project Exploration Highlights
FIRE MOUNTAIN Cu-Au-Mo PORPHYRY PROJECT Project Exploration Highlights • Recent discovery of porphyry-related veining, alteration, and mineralization assaying up to 14.96 g/t Au, 1.58% Cu, and 52 g/t Ag in quartz-magnetite-chalcopyrite-epidote assemblage vein sets in multiple orientations • Historic
Slide 8: Local Project Geology
FIRE MOUNTAIN Cu-Au-Mo PORPHYRY PROJECT Local Project Geology • Contacts between dacitic Rogers Creek Pluton tuff breccia, calcareous A' tuff, and andesite volcanic breccia (KBHv/KBHg/KBHv) are excellent stratigraphic and geochemical controls for hydrothermal Cu-Au mineralization related to B' the R
Slide 9: Local Project Stratigraphy
FIRE MOUNTAIN Cu-Au-Mo PORPHYRY PROJECT Local Project Stratigraphy Conceptual SW-NE Cross-Section of Fire Mountain Project Claim Area A A’ SW NE A) NW-trending Cu-Au brecciated C) Magnetite-chalcopyrite-epidote quartz vein and Potassic Alteration B B’ alteration of volcaniclastics SW NE B) Volcanic
Slide 10: Structural Preparation
FIRE MOUNTAIN Cu-Au-Mo PORPHYRY PROJECT Structural Preparation TERRANE BOUNDARY ZONES OF SIGNIFICANT Cu-Mo-Au-W-Bi PORPHYRY PATHFINDER ELEMENT ASSOCIATIONS AND ZONE OF HYDROTHERMAL MAJOR STRUCTURAL ALTERATION, HIGH MAG & INTERSECTIONS Cu-Au MINERALIZATION UNNAMED MAJOR ARC- PARALLEL STRUCTURE ROGERS
Slide 11: Total Magnetic Intensity
FIRE MOUNTAIN Cu-Au-Mo PORPHYRY PROJECT Total Magnetic Intensity TERRANE BOUNDARY ZONES OF SIGNIFICANT Cu-Mo-Au-W-Bi PORPHYRY PATHFINDER ELEMENT ASSOCIATIONS AND ZONE OF HYDROTHERMAL MAJOR STRUCTURAL ALTERATION, HIGH MAG & INTERSECTIONS Cu-Au MINERALIZATION UNNAMED MAJOR ARC- PARALLEL STRUCTURE ROGE
Slide 12: Google Earth Satellite Imagery
FIRE MOUNTAIN Cu-Au-Mo PORPHYRY PROJECT Google Earth Satellite Imagery TERRANE BOUNDARY ZONES OF SIGNIFICANT Cu-Mo-Au-W-Bi PORPHYRY PATHFINDER ELEMENT ASSOCIATIONS AND ZONE OF HYDROTHERMAL MAJOR STRUCTURAL ALTERATION, HIGH MAG & INTERSECTIONS Cu-Au MINERALIZATION UNNAMED MAJOR ARC- PARALLEL STRUCTUR
Slide 13: Historic Copper in Rocks Over Geology
FIRE MOUNTAIN Cu-Au-Mo PORPHYRY PROJECT Historic Copper in Rocks Over Geology • Cu is concentrated within quartz-magnetite veins and disseminated within altered dacitic tuff breccia and overlying calcareous tuff. 1.86% Cu • The moderate Cu-Au and moderate to strong 1.10% Cu Cu-Ag statistical correla
Slide 14: New Copper in Rocks Discovery Over Alteration
FIRE MOUNTAIN Cu-Au-Mo PORPHYRY PROJECT New Copper in Rocks Discovery Over Alteration • Sheeted Cu-Au quartz-magnetite-chalcopyrite- 0.98% Cu pyrite veins over a multi-kilometre trend 1.57% Cu • Propylitic alteration with hematite-magnetite 0.95% Cu -chalcopyrite with intense siliceous alteration 0.
Slide 15: Historic Gold in Rocks Over Geology
FIRE MOUNTAIN Cu-Au-Mo PORPHYRY PROJECT Historic Gold in Rocks Over Geology • Structural Cu-Au veins never drill tested • Veins occur in both the hanging and foot wall 1.31 g/t Au of the Fire Creek Thrust Fault 65.00 g/t Ag • Historic chip samples up to 26.25 g/t Au at the 2.55 g/t Au 1.71 g/t Au Mo
Slide 16: New Gold/Silver in Rocks Discovery Over Alteration
FIRE MOUNTAIN Cu-Au-Mo PORPHYRY PROJECT New Gold/Silver in Rocks Discovery Over Alteration 14.96 g/t Au 5.33 g/t Au 42.72 g/t Ag 52.34 g/t Ag • Recent discoveries include Cu-Au magnetite 12.87 g/t Au 6.66 g/t Au veining within a strongly sheared corridor 27.84 g/t Ag 1.65 g/t Au paralleling the Fire
Slide 17: Project Summary Highlights
FIRE MOUNTAIN Cu-Au-Mo PORPHYRY PROJECT Project Summary Highlights • ~7900 ha along a crustal-scale fault system proximal to the Miocene-aged Rogers Creek Pluton • Largely underexplored ~13 km section along a major dilational jog with associated Tertiary intrusives • Analogous to the Cu-Au porphyry-
Slide 18: Contact Our Team
CASCADE COPPER CORP Contact Our Team Jeff Ackert Shannon Baird Darcy Christian President, CEO & Director VP Exploration & Director Director 1-613-851-7699 1-604-355-7117 1-587-777-9072 Suite 820 – 1130 West Pender St. jackert@cascadecopper.com sbaird@cascadecopper.com dchristian@cascadecopper.com Va