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    Brixton’s 5,015 g/t silver at Langis: resource and mine-planning notes for engineers

    July 28, 2026|

    Reviewed by Tom Sullivan

    Brixton’s 5,015 g/t silver at Langis: resource and mine-planning notes for engineers

    First reported on MINING.com

    30 Second Briefing

    Brixton Metals has reported an exceptional intercept of 20 m averaging 5,015 g/t silver from 165 m downhole in hole LM-26-377 at the brownfield Langis project near Cobalt, including 14 m at 7,150 g/t from 169 m, in ground with no historic stoping. Follow-up holes LM-26-353 and LM-26-352 returned 13 m at 287.8 g/t and 7 m at 275 g/t silver respectively, as part of a 2026 campaign totalling 24,017 m in 105 holes, with up to 60,000 m planned. Mineralisation occurs both in veins and disseminated through host rocks, potentially expanding targets beyond the narrow native-silver veins that characterised historic Cobalt camp mining.

    Technical Brief

    • Mineralisation has been traced for at least 100 m along strike at Shaft 6 Southeast.
    • Shaft 6 Southeast and Shaft 6 South are being drilled to understand structures controlling the highest silver grades.
    • The current 2026 Langis campaign has already completed 24,017 m of core drilling in 105 holes.
    • Brixton plans to extend drilling to as much as 60,000 m at Langis before initial resource definition.
    • Historic Langis mine produced 10.4 Moz silver between 1908–1989 at 20–25 oz/t head grades.
    • Past Langis operators developed over 10 km of underground workings with reported 88–98% silver recoveries.
    • Brixton’s conceptual exploration target is 1–2 Mt grading 400–800 g/t Ag, pending sufficient drilling.
    • Separate drilling of 261 m into historic tailings aims to support a first tailings resource and metallurgical testwork.

    Our Take

    In our database of 1,251 mining stories, very few silver-focused juniors in Canada show conceptual targets as high as the 400–800 g/t range cited for Langis, which signals that Brixton Metals is positioning this as a potential high-margin, small-tonnage underground opportunity rather than a bulk-tonnage play.

    The historic 10 km of underground workings and 88–98% reported recoveries at Langis mean a restart scenario could leverage existing geometry and metallurgical knowledge, shortening study timelines compared with greenfield silver projects in Ontario that lack this level of legacy data.

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    Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.

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