Aerodyne Logo

Drone in Mining

Digital Transformation Drone Technology Data Technology

We offer services that capture high-resolution three-dimensional terrain measurements with precision and accuracy — and vertically integrated to add value to your industry. Our end-to-end solution provides actionable data to our customers.

Quarry & Mining

  1. Inspection and mapping under or above ground.
  2. Construction monitoring.
  3. Stockpile analysis using LiDAR.
  4. Mapping of mines (stopes, ore passes, old working).
  5. Improve safety and reduce health risks.
Faster inspections
0 x
Model digital twin
3 D


AI-enabled platform for managing mines

UAV-based Solutions using LiDAR

LiDAR Functionalities

  1. Exploration and resource evaluation.
  2. Design and construction of mine plant and infrastructure.
  3. Determination of ore body, pit and void volumes for mine planning.
  4. Periodic volume determination for auditing payment to earthworks contractors.
  5. Periodic determination of stockpile volumes for inventory and accounting purposes.
  6. Environmental monitoring, planning and reporting.

UAV Capabilities

  1. Able to cover up to 100 hectares per day.
  2. UAV is equipped with high-performance LiDAR device.
  3. Up to 12 minutes of flying time per battery.

Accuracy 15 - 30 mm

Productivity 70 - 100 ha per day

LiDAR - Above Ground Applications

Construction Monitoring

Monitor and share the success of building with the larger team. Measure scans to measure building success against the schedule easily.


Use the precision of LiDAR scanning to obtain critical measurements. Improve  revenue planning, coordination and supply chain management.

Inspection & Mapping of Infrastructure

Redefine the idea of as-built and obtain detailed insight into your above ground infrastructure. Operations teams can rapidly find and action insights to reduce and avoid production disruptions.

Terrain Modelling & Erosion Monitoring

Inspect the creeks and streams that are environmentally sensitive in ways previously impossible. To highlight degradation, erosion and other environmental impacts, collect scans in inaccessible areas and quickly assess changes between scans