Sandvik–Byrnecut AutoMine orders: safety and exposure control insights for engineers
Reviewed by Joe Ashwell

First reported on Australian Mining
30 Second Briefing
Sandvik has secured five orders from Byrnecut, the world’s largest underground mining contractor, to deploy its AutoMine automation system across multiple underground operations. The contracts cover AutoMine for both loading and hauling fleets and development drills, integrating with Sandvik’s existing underground loaders and trucks to enable tele-remote and autonomous operation from surface control rooms. For geotechnical and operations teams, the move signals further separation of personnel from high-risk headings and tighter control of ground exposure times around drawpoints and development faces.
Technical Brief
- Control-room operation reduces personnel in unsupported headings, aligning with ALARP-based risk reduction strategies.
- Automation enables tighter enforcement of exclusion zones around drawpoints and brows during mucking cycles.
- Standardised AutoMine interfaces across loaders, trucks and drills simplify operator training and procedural compliance.
- Data logging from AutoMine cycles supports incident investigation, near-miss analysis and behavioural safety programmes.
Our Take
Across recent coverage, Sandvik’s AutoMine orders with Byrnecut sit alongside launches like the HPA20 resin injection pump and Ranger DX1010i drill rig, signalling that Australia is a primary test bed for its higher‑automation underground and surface product lines.
The Byrnecut AutoMine deployments at Gwalia, Ulysses, Youanmi and Gossan Valley in Australia, noted in our database, suggest Sandvik is embedding its control layer across multiple contractors’ fleets rather than just selling individual machines, which typically deepens lock‑in and standardises safety protocols across sites.
With several safety‑tagged Sandvik pieces in the Mining category, the AutoMine orders reinforce a pattern where automation and remote operation are being framed as core safety controls in Australian underground contracting, not just productivity upgrades.
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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