Aerial drone view of aggregate stockpiles at quarry site

Drone Stockpile Measurements

Accurate volumetric surveys using drone photogrammetry and LiDAR for inventory management, material tracking, and cut/fill analysis across Southern Ontario.

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Hours Not Days
1–3% Volume Accuracy
1–2 Day Turnaround

*Results vary based on site conditions, ground control, and flight specifications

Know Your Inventory, Down to the Cubic Meter

Drone-based volumetric surveys capture your entire site in hours, delivering precise volume calculations without interrupting operations or putting personnel on active stockpiles.

Whether you need a one-time inventory count or regular monitoring to track material movement, our photogrammetry workflow delivers survey-quality data you can trust for billing, compliance, and resource planning.

3D stockpile model with color-coded elevation data

Industries We Serve

Aggregates

Mining

Construction

Waste Management

Faster, Safer, More Accurate

Hours, Not Days

Complete aerial surveys in a fraction of the time required for traditional ground-based methods. Capture an entire site while operations continue below.

Enhanced Safety

No personnel climbing stockpiles or working in active material zones. All data captured from the air, eliminating fall risks and equipment conflicts.

Survey-Quality Accuracy

RTK-enabled flights and strategic ground control point placement deliver volume calculations with 1 to 3 percent accuracy between surveys.

Complete Coverage

Capture 100 percent of your site from above, including hard-to-reach areas, steep slopes, and active zones that would be dangerous to survey on foot.

Regular Monitoring

Schedule recurring flights to track inventory changes over time. Compare volumes month-over-month for material movement audits and progress tracking.

Minimal Disruption

Surveys conducted from the air mean your operations keep running. No equipment downtime, no blocked access roads, no production delays.

Data You Can Act On

Stockpile volume report with calculations and tonnage

Volume Reports

Detailed calculations for each stockpile with cut/fill analysis, tonnage estimates, and PDF summaries ready for stakeholders.

Georeferenced orthomosaic map of stockpile site

Orthomosaic Maps

High-resolution, georeferenced aerial maps of your entire site stitched from hundreds of overlapping images.

3D point cloud model of stockpile with elevation coloring

3D Models & Point Clouds

Dense point clouds and surface meshes for visualization, measurement, and integration with your CAD or GIS software.

Digital surface model with color-coded elevation bands

Elevation Models

Digital Surface Models (DSM) and Digital Terrain Models (DTM) showing elevation data across your site.

Stockpile volume comparison report showing changes over time

Comparison Reports

Track changes between surveys with side-by-side volume comparisons, material movement analysis, and trend reporting.

CAD contour lines and GIS export data

CAD & GIS Exports

DXF, DWG, LAS, LAZ, and other industry-standard formats aligned to your project coordinate system.

Our Survey Process

1

Consultation

Discuss your site, requirements, and accuracy needs.

2

Planning

Flight paths, GCP layout, and safety protocols.

3

Data Capture

RTK-enabled drone flights capture high-resolution imagery.

4

Processing

Photogrammetry software generates point clouds and volumes.

5

Delivery

Reports, models, and exports delivered to your team.

Common Questions

What are volumetric measurements with drones?

Using drones equipped with photogrammetry or LiDAR sensors, we capture high-resolution aerial data of stockpiles, earthworks, or cut/fill areas and calculate their volume accurately. This workflow is faster, safer, and more efficient than traditional ground-based methods.

Why do accurate stockpile volumes matter?

Material quantities impact inventory valuation, resource allocation, billing, and project costs. Mis-measured volumes can lead to budget overruns, inefficient workflows, disputes with suppliers or customers, and environmental compliance issues.

What industries benefit from drone stockpile measurement?

Construction, aggregates, mining, earthworks, site grading, materials yards, waste management, and any environment where bulk material volumes must be tracked reliably.

How accurate are drone volumetric measurements?

With proper ground control (GCPs or RTK) and execution, drone surveys typically achieve 1 to 3 percent volume accuracy between flights. Accuracy depends on site conditions, ground control placement, and flight specifications.

What deliverables do I receive?

Detailed volume reports with cut/fill analysis, georeferenced orthomosaics, 3D point clouds, digital elevation models, PDF summaries, and CAD/GIS exports (DXF, DWG, LAS, LAZ) aligned to your coordinate system.

Can you track changes over time?

Yes. We can capture data at regular intervals, compare new volumes against previous surveys, and report on changes. This is useful for stockpile depletion tracking, site progress monitoring, or material movement audits.

How long does a stockpile survey take?

Most sites can be surveyed in a few hours. Turnaround for processed deliverables is typically 1 to 2 business days, depending on site size and complexity.

How does this compare to traditional survey methods?

Drone volumetric surveys typically cost less, require less field time, reduce safety risk (no climbing stockpiles), and deliver richer data including point clouds and 3D models. Studies show comparable accuracy when best practices are followed.

Ready to Measure Smarter?

Contact us for a free consultation. We will assess your site and recommend the best approach for accurate, efficient volumetric surveys.

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CONTACT

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