Sandvik Rotary Geo: drilling‑data hardness mapping for blast design teams
Reviewed by Joe Ashwell
First reported on International Mining – News
30 Second Briefing
Sandvik’s Rotary Geo software now uses real-time data from i-series rotary blasthole drills fitted with TIM3D navigation and the iLink Data Interface to detect changes in rock hardness during drilling. An onboard analysis algorithm interprets parameters such as penetration rate and rotary torque to map hardness variations along each hole, giving geologists and drill‑and‑blast engineers finer control over burden, spacing and explosive energy distribution. The tool is aimed at tightening fragmentation control and reducing overdrilling and misfires in large open-pit operations.
Technical Brief
- Rotary Geo is restricted to Sandvik i-series rotary blasthole rigs already fitted with TIM3D.
- Data transfer relies on Sandvik’s proprietary iLink Data Interface rather than third‑party telemetry systems.
- Processing occurs onboard the drill, avoiding dependence on pit‑wide wireless coverage or cloud latency.
- Output hardness profiles are generated per hole, enabling correlation with blast blocks and dig polygons.
- Integration targets large open pits where rotary blasthole fleets dominate primary production drilling.
- Sandvik positions Rotary Geo as an add‑on within its existing digital drill automation ecosystem.
- For mines already standardised on i-series rigs, deployment is mainly a software and configuration exercise.
- Similar drill‑derived rock characterisation is likely to be extended to down‑the‑hole and top‑hammer fleets.
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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