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    Rio–Sandvik drill partnership: autonomy and planning takeaways for engineers

    June 2, 2026|

    Reviewed by Tom Sullivan

    Rio–Sandvik drill partnership: autonomy and planning takeaways for engineers

    First reported on Australian Mining

    30 Second Briefing

    Rio Tinto has partnered with Sandvik to integrate Sandvik i-series drill rigs with Rio’s in-house Autonomous Drilling System, with site-based trials planned at Western Australian iron ore operations. The project links Sandvik’s AutoMine automation platform with Rio’s existing autonomous and remote operations infrastructure, targeting fully integrated control of drill navigation, positioning and drilling cycles from central control rooms. For drill and blast engineers, the move signals further standardisation around OEM-agnostic autonomous drilling interfaces and tighter coupling between rig automation and mine planning systems.

    Technical Brief

    • Integration targets Sandvik i-series rotary blasthole rigs, aligning OEM drill control logic with Rio’s ADS.
    • AutoMine drill automation will be mapped into Rio’s existing remote operations architecture and data pipelines.
    • Joint work scope includes synchronising navigation, collaring and drilling sub-systems with Rio’s supervisory control layers.
    • Data from i-series rigs will feed Rio’s centralised databases for drill performance and compliance analytics.
    • Safety gains are expected from removing operators from highwall edges and active blast patterns during drilling.

    Our Take

    In our database, this Rio Tinto–Sandvik drilling work sits alongside several Pilbara iron ore decarbonisation pieces, suggesting Rio Tinto is trying to pair automation gains in Western Australia with parallel power and emissions initiatives rather than treating them as separate streams.

    The related International Mining item on integrating Sandvik i-series rigs with Rio Tinto ADS™ indicates this is not a simple product trial but a systems-integration exercise, which typically locks in OEM–operator relationships for multiple mine lives once proven in Pilbara conditions.

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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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