Case study / Mining3D nickel mine mapping and analysis

Mine imagery became 3D operational intelligence.

Drone and spatial data from a nickel mining operation was converted into 3D terrain models, volumetric intelligence and engineering-ready outputs for monitoring and site management.

01 Case snapshot

Operations became 3D operational intelligence.

3D
Mine models
DSM/DTM
Terrain outputs
DGN
Engineering delivery

Drone and spatial data from a nickel mining operation was converted into 3D terrain models, volumetric intelligence and engineering-ready outputs for monitoring and site management.

The challenge

High-density drone imagery needed to become accurate terrain models and volumetric measurements.

Outputs had to support mine planning software and practical site-management decisions.

The approach

SBL processed imagery into DSM, DTM, contours and 3D vector outputs with attention to volumetric precision.

The delivery aligned spatial outputs with engineering formats used in the mining workflow.

Stage 01

Process

Prepare drone imagery and spatial inputs for modeling.

Stage 02

Model

Generate DSM, DTM, contours and 3D vectors.

Stage 03

Measure

Validate volumetric outputs for mining operations.

The result

The mining team gained accurate 3D models and volumetric data for inventory, planning and monitoring.

  • Terrain and surface models supported operational visibility.
  • Stockpile measurements became more consistent.
  • Engineering-ready outputs reduced rework in planning tools.
  • 3D data improved monitoring and site-management workflows.
04 Talk to us

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