Guide 2,000m drill strings with sub-centimeter precision.
DeepMine analyzes acoustic vibration harmonics and downhole resistivity in real time, steering heavy rotary blast-hole and diamond core rigs directly through high-grade ore bodies while preventing drill bit shearing.
Target Deposit: High-Grade Hematite Iron Ore (64.2% Fe)
DeepMine Tri-Surface Architecture
Interactive Subterranean Steering Modeler
Simulate downhole WOB/RPM tuning and ore vein tracking.
Select an active heavy autonomous drill rig to inspect real-time rock hardness telemetry and execute dynamic drill string parameter adjustments.
Titan Autonomous Rotary Blast-Hole Rig #04
High-Grade Hematite Iron Ore (64.2% Fe) • Penetration Rate: 14.8 m/hr
Automated hydraulic back-pressure prevented polycrystalline diamond compact (PDC) cutter micro-fractures, extending total tool run life by 340 operating hours.
Engineering Architecture
Acoustic mud pulse telemetry with edge physics solvers.
Transmits downhole sensor data to surface receivers via hydraulic mud pulse and electromagnetic telemetry, driving embedded Kalman filter state estimators at 100 Hz.
Dynamic WOB / RPM Control
Prevents stick-slip oscillations and catastrophic drill string resonance in extreme hard-rock formations.
Autonomous Collision Avoidance
Maintains certified 30m safety exclusion zones around legacy abandoned mine shafts and high-pressure aquifers.
3D Ore Body Geo-Steering
Dynamically tracks the high-grade boundary zone using real-time downhole natural gamma radiation curves.
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