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    Sandvik Commando DC310RiE: electrified surface drilling explained for engineers

    June 11, 2026|

    Reviewed by Tom Sullivan

    First reported on International Mining – News

    30 Second Briefing

    Sandvik has launched the Commando DC310RiE, its first all‑electric top hammer surface drill rig for construction and infrastructure work, delivering zero local emissions at the point of operation. The DC310RiE is designed to match the drilling performance and control layout of existing diesel Commando rigs, allowing operators to transfer directly without retraining and maintain established penetration rates. Targeted at urban and tightly regulated sites, the rig removes exhaust management constraints and simplifies compliance with local air‑quality and noise restrictions.

    Technical Brief

    • Commando DC310RiE is Sandvik’s first fully electric top hammer surface drill in the Commando line.
    • Rig configuration targets construction and infrastructure drilling, rather than quarrying or mining production duties.
    • Design intent is to retain Sandvik’s existing top hammer drilling mechanics while changing only the power source.
    • Operator station layout is kept consistent with diesel Commandos to minimise change management on fleets.

    Our Take

    Sandvik’s electrified Commando DC310RiE sits alongside recent automation and logistics moves in our coverage – such as the Turku logistics hub investment (8 June 2026) and Rio Tinto’s integration of i-series drill rigs (2 June 2026) – signalling a coordinated push to modernise both the hardware and support ecosystem for its drilling portfolio.

    The combination of new electric drills and the large 45-unit underground fleet order for Khoemacau Copper Mine in Botswana (4 June 2026) indicates that Sandvik is positioning its fleet offering so that contractors and owners can standardise on one supplier for both conventional and lower-emission equipment, which can simplify maintenance and training strategies at multi-mine portfolios.

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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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