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Strategic Metals completes drill program at its Mt Hinton gold and silver project, Yukon

Exploration Programs

Strategic Metals completes drill program at its Mt Hinton gold and silver project, Yukon

Vancouver, BC – October 1, 2020 – Strategic Metals Ltd. (TSX -V: SMD) (“Strategic” or the

“Company”) is pleased to announce the successful conclusion of its 2020 drill program at its

wholly-owned Mt Hinton gold/silver project. A total of 6 ,978 m of diamond drilling was

completed in 32 holes, all with HQ diameter core.

Mt Hinton is a road accessible project located in the Keno Hill District of the Tintina Gold Belt,

in central Yukon. The property lies immediately southeast of silver/lead mines on Alexco

Resources’ Keno Hill propert y, which are expected to resume production before the end of the

year, and 35 km southeast of Victoria Gold’s Eagle Mine, which was commissioned in June,

2020 (see Figure 1).

The drill program tested parts of three zones within a 6 by 4.5 km area of known mineralization

and gold -rich soil geochemistry (see Figure 2 ). The targets in all three zones were vein

complexes cutting a west dipping stratigraphic section comprising thick quartzite beds

interlayered with lesser phyllite horizons and gabbro sills. Th ese are the same units that host the

mineralized veins on the adjacent Keno Hill property.

The majority of the holes were drilled on a series of section lines across the Granite North Zone

(see Figure 3 ) where surface sampling returned numerous high assays , including a rock sample

that graded 2 ,340 g/t gold and a chip sample of 26.9 g/t over 1.2 m. The section lines cross a

number of sub -parallel, 5 to 25 m wide vein/breccia/alteration bands that were mapped in talus

and outcrop within the up to 400 m wide zone. Collectively the section lines tested a 425 m

strike length along the zone. All of the holes intersected abundant quartz veining of differing

types. Many of the veins are limonite stained and contain vuggy cavities. Some veins host

residual sulphide minerals, and native gold was observed in a few of them.

Five holes were dril led at the Southwest Zone where a chip sample containing visible gold

assayed 200 g/t gold over 1.2 m. All five holes intersected strong structures containing quartz

veining. Some of the quartz veins host arsenopyrite but most are oxidized. The holes spanned a

330 m strike length along this 1 ,750 m long zone ( see Figure 4 ). On average the holes

intersected the zone about 100 m down dip of surface.

Three holes target ed veins in the Northern Structural Corridor. All three holes intersected

mineralized veins but all were terminated for various reasons short of their ultimate target depth.

The Northern Structural Corridor is a 4 km long, up to 750 m wide zone that was the main focus

of earlier work on the Mt Hinton property. It contains numerous gold and silver rich veins,

where historical chip samples assayed more than 10 g/t gold over widths of 1.0 to 2.1 m.

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Assay results of core samples from the drill holes have bee n severely delayed by overloading at

the analytical laboratory. Problems related to COVID safety protocols have been compounded

by a rapid up -tick in drill activity world -wide. Mt Hinton core processing has been further

delayed by the very rigorous sampl ing, sample preparation and analytical techniques being used

to ensure that the results are as reliable as possible given the presence of coarse gold in some

veins. To date, assay results are only available for one complete hole and two partial holes.

These results are still subject to compilation and QAQC review. Ideally, the first news release

will be made in about two weeks and will comprise holes spanning the entire width of the first

section line across the Granite North Zone. A comprehensive secti on should provide a better

idea of the distribution and character of the mineralization. The drilling and sampling programs

are designed to evaluate potential for both bulk-tonnage and discrete vein targets.

Technical information in this news release has been approved by Matthew R. Dumala, P.Eng., a

geological engineer with Archer, Cathro & Associates (1981) Limited and qualified person for

the purpose of National Instrument 43-101.

About Strategic Metals Ltd.

Strategic is a project generator with a portfo lio of more than 130 projects that are the product of

over 50 years of focussed exploration and research by a team with a track record of major

discoveries. Current projects include more than 80 properties where precious metals are a major

component. Projects available for option, joint venture or sale include drill -confirmed prospects

and drill -ready targets with high -grade surface showings, geochemical anomalies and

geophysical features that resemble those at nearby deposits.

Strategic has a current cash position of over $ 9 million and large shareholdings in a number of

active mineral exploration companies including 46.3% of GGL Resources Corp., 36.3% of

Rockhaven Resources Ltd., 19. 6% of Precipitate Gold Corp., 18.7% of Silver Range Resources

Ltd., and 9 .9% of Trifecta Gold Ltd . Strategic also holds a 53.5% interest in Terra CO2

Technologies Holdings, Inc. a private Delaware corporation which is developing an

environmentally-friendly, cost-effective alternative to Portland cement.

ON BEHALF OF THE BOARD

"W. Douglas Eaton"

President and Chief Executive Officer

Corporate Information

Strategic Metals Ltd.

W. Douglas Eaton

President and C.E.O.

Tel: (604) 688-2568

Investor Inquiries

Richard Drechsler

V.P. Communications

Tel: (604) 687-2522

NA Toll-Free: (888) 688-2522

[email protected]

http://www.strategicmetalsltd.com

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Neither the TSX Venture Exchange nor its Regulation Services Provider (as that term is defined in

the policies of the TSX Venture Exchange) accepts responsibility for the adequacy or accuracy of

this release.

This news release may contain forward looking statements based on assumptions and judgm ents of

management regarding future events or results that may prove to be inaccurate as a result of exploration

and other risk factors beyond its control, and actual results may differ materially from the expected

results.

Figure 1

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