Drone-Based Survey Solutions for Mining Operations

Open-pit high walls can collapse without warning, which makes manual inspection slow and hazardous. Rope-access inspections take days and put personnel at risk, while even terrestrial laser scanning remains slower than needed in many cases.

Blast operations require documentation before and after detonation to assess material movement, fragmentation, and site safety. The challenge is that these areas remain unstable, so collecting current data quickly without sending crews into the zone becomes difficult.

Tailings storage facilities require regular monitoring to track changes in water bodies and sediment buildup over time. Repeated bathymetric surveys provide updated depth data for ongoing assessment while improving safety and coverage in difficult-to-access areas.

In mineral exploration, teams often need to map large areas before committing to drilling programs. Area coverage itself can be a challenge for conventional methods, especially when researchers need geological, magnetic, terrain, or subsurface data across remote or hazardous ground.

Stockpile measurement is a recurring challenge in mining because inventory data directly affects production planning, blending, and financial reporting. This creates a need for accurate, current volume data, while manual methods and visual estimates are often slower and less reliable for regular tracking.

Ground-engaging tools, drill bits, and other ferrous metal regularly accumulate in stockpiles and are difficult to locate once buried. If this material reaches the crusher undetected, it can cause significant equipment damage and unplanned production downtime. Manual search methods are too slow and disruptive to be practical at operational scale, particularly when stockpiles are large or frequently replenished.