Volume calculation

Traditional measurement methods can be time-consuming and limited in coverage. Drone-based workflows provide accurate and consistent surface data across the entire site.

Key advantages include:

• Rapid data capture with minimal site disruption
• High accuracy across large and complex environments
• Full surface coverage instead of sampled measurements
• Repeatable surveys for progress tracking and reporting

This creates a reliable basis for operational, technical, and financial decision-making.

Typical applications include:

• Earthworks and mass balance calculations
• Stockpile measurements for soil, gravel, and aggregates
• Excavation and fill volume analysis
• Construction progress tracking
• As-built documentation
• Quarry and mining operations
• Waste and landfill monitoring

FROST uses drone-based LiDAR and photogrammetry to generate detailed terrain and surface datasets.

Our workflow includes:

• High-resolution data capture of the project area
• Accurate georeferencing using GNSS and ground control
• Generation of terrain and surface models (DTM / DSM)
• Volume calculations based on reference surfaces or design models

Volumes can be calculated against:

• Previous surveys and temporal datasets
• Design models
• Existing terrain or reference surfaces

Reliable volume calculations depend on both accurate data capture and consistent processing workflows.

FROST ensures:

• High-resolution and consistent surface models
• Accurate boundary and surface definitions
• Reliable comparison between datasets
• Transparent and repeatable calculation methods

Repeat surveys also enable continuous monitoring of site development, including:

• Tracking excavation and fill progress
• Documentation for billing and reporting
• Detection of deviations from design
• Improved control of timelines and project costs

We provide structured, analysis-ready outputs adapted to project and reporting requirements, including:

• Volume calculation reports
• Cut & fill analyses
• Terrain and surface models (DTM / DSM)
• Comparison datasets
• GIS- and CAD-ready deliverables