Go Metals Corp. · CSE:GOCO
Go Metals — Technical Presentation (November 2021)
15 slides from Go Metals's technical presentation, November 2021
Slide 1: HSP Nickel Sulphide Project Quebec
HSP Nickel Sulphide Project Quebec Go Metals Corp. Technical Presentation November 2021
Slide 2: HSP Property
Nickel bearing massive sulfides Up to 1.78% Ni, 4.0% Cu, 0.14% Co Close to hydro power and roads HSP Property EM conductors associated with Ni, Cu Quebec world class jurisdiction 6 drill ready targets for 2022 Go Metals Corp. 3
Slide 3: Massive Conductive EM Anomalies
Massive Conductive EM Anomalies • Magnetic and AirTEM survey flown in 2019 • 6 large EM anomalies range from 200m X 200m up to 700m X 540m • Potential for large volume ore near surface • Easy drill targets Go Metals Corp. 4
Slide 4: Significant Base Metal Showings
Significant Base Metal Showings • Ground program in 2021 • 25 grab samples with significant Nickel, Copper and Cobalt mineralization • Nickel sulphide mineralization confirmed for 6 EM anomalies • All targets at/near surface Go Metals Corp. 5
Slide 5: Target Map
Target Map • Chamber East & West: Massive sulphides • Red Mountain: Massive sulphides with disseminated halo • GEM: semi-massive sulphides • PGE 1 & 2: Semi-massive sulphides near pyroxenite dykes. Go Metals Corp. 6
Slide 6: Chamber Targets
Chamber Targets Go Metals Corp. 7
Slide 7: Red Mountain and Gem Targets
Red Mountain and Gem Targets Go Metals Corp. 8
Slide 8: PGE Targets
PGE Targets Go Metals - HSP Go Metals - HSP PGE 1 Showing a t PGE 2 Showing t 2021 2021 UTM NAD83/20N UTM NAD83/20N cu: 0.452% Cu: 0,717% . - Ni: 0.341%, Ni; 0.383% cu: 0: ‘ol Cu: 0.310% Ni: 0.404% -H EM anomalies EM anomalies ll -66.8932 80.7753 7.2136 14.1502 618.6347 Grab samples a ° 025 Go Metal
Slide 9: Road and Power within 15 km
Road and Power within 15 km The HSP claim is 100 km north of Havre St. Pierre. A Quebec Hydro road is 15 km south-east of the claim. The access road can be used to transport exploration equipment within 5km which is then shuttled to the claim by helicopter. Rio Tinto’s titanium iron mine is 50km sou
Slide 10: Two Styles of Mineralization at HSP
Two Styles of Mineralization at HSP Primary magmatic massive sulphides Remobilized semi-massive sulphides • Occur with igneous textures • Lower concentration of sulphides, formed in massive sulphide pods comparable grades • Found at Chamber and Red • These weaker anomalies widely Mountain targets ex
Slide 11: Nickel Deposits
Nickel Deposits Two deposit types: laterite (60%) & sulphide (40%). Both have unique challenges. Laterite deposits have complex mineralogy with lower grade. Issues arise with economic ore processing options. Nickel Sulphide deposits form deep in the crust, making discovery and extraction difficult.
Slide 12: Analogue: Aguablanca
Analogue: Aguablanca Aguablanca HSP • World class mine in Spain • Drill ready project in Quebec • Primary metals: Nickel and Copper • Primary metals: Nickel and Copper • Magmatic sulphide hosted in gabbro • Magmatic sulphide hosted in anorthosite and gabbro • South zone 400m X 100m to a depth of 600
Slide 13: Company History
Company Go Metals was founded in 2011. History The company discovered high-grade gold on the Wels Property in Yukon establishing a new district 60km south of the White Gold district. The company shifted focus to Canadian battery metals in 2018 with the acquisition of the Yukon Monster IOCG project.
Slide 14: Corporate Structure
CSE / OTCP GOCO / GOCOF Share Price (November 2021) $0.20 Shares Outstanding 5,663,534 Warrants @$1.12 (July 2023) 400,000 Warrants @$2.25 (February 2022) 800,000 Pro Forma Market Cap @ $0.20 $1.13M Financing Proceeds (2020) $1.3M Total Reserved for Issuance 2,701,510 Working Capital $300,000 Inside
Slide 15: Disclaimer
Disclaimer This Corporate Presentation is based on information available from the company and third-party sources. You acknowledge and represent to Go Metals that you have accepted the terms of this Important Notice. This Presentation does not purport to contain all the information that a prospectiv