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    Ballard Mining’s Mt Ida upgrade: design and scheduling notes for mine planners

    October 26, 2026|

    Reviewed by Joe Ashwell

    Ballard Mining’s Mt Ida upgrade: design and scheduling notes for mine planners

    First reported on Australian Mining

    30 Second Briefing

    Ballard Mining has lifted the Mt Ida gold project’s mineral resource estimate by 56 per cent to 20.4Mt at 2.8g/t Au, totalling 1.84Moz, as it works to prove the Western Australian asset can sustain a standalone operation. The 2026 drilling campaign has focused on expanding higher-grade zones and improving geological confidence to support mine design, scheduling and potential plant sizing. For geotechnical and mine planning teams, the larger, higher-grade inventory materially changes pit shell optimisation, underground access options and long-term capital allocation decisions.

    Technical Brief

    • September quarter drilling was the key driver of the latest Mt Ida resource upgrade.
    • Ballard’s 2026 work program is explicitly framed around proving a standalone development case, not toll treatment.
    • The company is targeting higher-confidence ounces suitable for early mine scheduling, not just bulked-up inventory.
    • Focus on higher-grade zones implies likely staged pit pushbacks and possible underground transition beneath optimised shells.
    • Standalone status would require Ballard to justify capital for its own processing plant and associated infrastructure.
    • Demonstrating continuity of high-grade structures is critical for reliable stope design and dilution control.
    • Improved geological confidence will directly influence geotechnical domaining and slope design envelopes for Mt Ida.

    Our Take

    The earlier lift to 1Moz at the Baldock discovery (February 2026 piece) indicates Ballard is comfortable scaling greenfields resources quickly, so a key question for Mt Ida now is less about geological endowment and more about whether Ballard can demonstrate a mine plan that delivers consistent grade control around 2.8g/t without excessive dilution.

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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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