What are volumetrics?

Volumetrics are precise measurements of material quantities—such as stockpiles, cut/fill areas, pits, or embankments—calculated from 3D surface models generated using aerial LiDAR or photogrammetry data.

How accurate are aerial volumetric measurements?

When supported by RTK/PPK positioning or ground control, our volumetric calculations achieve survey-grade accuracy. Each dataset goes through quality control to ensure surfaces are clean, aligned, and suitable for reliable measurement.

What types of volume calculations do you provide?

We support stockpile volumes, cut/fill analysis, pit and quarry volumes, capacity tracking, and surface-to-surface comparisons over time. The calculation method is selected based on site conditions and reporting requirements.

How are volumes calculated?

Volumes are computed using validated surface models and industry-standard methods, including TIN-to-TIN comparisons, base plane references, previous surface comparisons, or design-grade surfaces—depending on the use case.

What deliverables will I receive?

Deliverables typically include volume summary reports, annotated visuals, surface files, and CAD/GIS-ready exports. Outputs are formatted for direct use in engineering, estimating, and project reporting workflows.

How long does it take to receive volumetric results?

Most volumetric deliverables are completed within days of data capture, depending on site size and complexity. Recurring sites can be processed on a consistent schedule for ongoing tracking.

Volumetrics

Accurate volume measurements for earthwork, stockpiles, and material tracking.

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Volumetrics

Volumetric deliverables transform 3D surface data into precise measurements of material quantities across your site. Whether tracking earthwork progress, managing stockpiles, or comparing surveys over time, every calculation is grounded in survey-grade accuracy for confident decision-making.

Get Accurate Volume Data

Aerial view of a dirt construction site with a large piece of machinery sorting soil and gravel into separate piles.

Why Volumetrics

Survey-grade Accuracy

High-resolution 3D models deliver precise volume calculations for stockpiles, cut/fill, and material movement — supporting confident decisions at every stage.

Save Time on Site

Capture large or active sites quickly with UAV data, reducing the need for repeated ground surveys while maintaining accuracy.

Consistent, repeatable reporting

Standardized workflows ensure volumes are calculated the same way every time — ideal for progress tracking, audits, and stakeholder reporting.

Actionable outputs

Receive clear volume reports, surfaces, and datasets formatted for CAD, GIS, and project management tools — ready to use without extra cleanup.

How We Deliver Your Volumetrics

The workflow that turns aerial capture into accurate, repeatable volume reports—ready for estimating, tracking, and billing.

Aerial view of construction site with heavy machinery including an excavator, bulldozer, dump truck, and two white pickup trucks on dirt ground with tire tracks.

Aerial view of a quarry site with dirt roads, sand piles, vegetation patches, machinery, and small water pools.

Aerial view of a coal or gravel mining site with yellow trucks and machinery operating amidst large black piles of extracted material.

Step_01

Planning & Control Setup

We confirm your measurement goals (stockpiles, cut/fill, pits, bins) and define the boundary areas, reporting format, and accuracy needs. If you have ground control points or site benchmarks, we incorporate them to tighten precision and align to your coordinate system.

Step_02

Data Capture

Our team captures high-overlap aerial imagery and/or LiDAR optimized for surface modeling. Flights are designed to reduce shadows and occlusions and to ensure complete coverage of every pile, slope, and work zone.

Step_03

Processing & Surface Generation

Captured data is processed into a georeferenced point cloud and clean surface model (DSM/DTM depending on the use case). We validate alignment, remove noise, and generate consistent surfaces suitable for measurement and comparison.

Step_04

Volume Calculations & Reporting

We calculate volumes using the correct method for your site (TIN surfaces, base plane, previous surface, or design grade). Deliverables include clear volume summaries, annotated visuals, and export files for CAD/GIS—so your team can plug results directly into workflows

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Applications

Where Volumetric Data Delivers Real Value
‍From daily operations to long-term planning, volumetric analysis turns aerial data into measurable insight you can act on—quickly and confidently.

Stockpile Management

Track material volumes accurately across gravel, sand, aggregate, coal, and bulk materials. Reduce manual surveys while improving inventory confidence.

Earthwork & Cut/Fill Analysis

Measure excavation and fill quantities to validate progress, manage costs, and support contractor verification throughout construction phases.

Mining & Quarry Operations

Monitor pit volumes, bench changes, and production outputs with repeatable measurements that improve planning, safety, and reporting.

Construction Progress Verification

Validate quantities moved between phases, document pay applications, and maintain a clear record of site change over time.

Environmental & Waste Monitoring

Measure landfill capacity, soil movement, and remediation progress with accurate volume calculations and consistent reporting.

Volumetrics FAQs

Answers to common questions about volumetric accuracy, reporting methods, and how aerial volume calculations support construction, mining, and operations.

Talk to a Volumetrics Specialist

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Transform your ideas into results

Share your vision with us, and we’ll create the path to make it real.

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