Mapping Case Study

Mapping & Site Visualization

High-resolution aerial mapping transforms a site into an interactive, measurable digital record that can support planning, documentation, progress comparison, technical review, and long-term site visibility.

From Aerial Images to Site Intelligence

A conventional aerial photograph provides context. A photogrammetric mapping dataset provides spatial information that can be measured, compared, processed, and revisited.

Aerial Insights combines structured flight planning, RTK positioning, high-resolution image capture, and photogrammetric processing to create current digital representations of construction sites, commercial properties, land, and development projects.

Typical Mapping Outputs

  • Orthomosaic maps
  • 3D site models
  • Point clouds
  • Digital surface models
  • Digital terrain models
  • Contours
  • Measurements
  • Volumetric data
  • GIS-ready spatial data

One Capture. Multiple Ways to Understand the Site.

A mapping dataset can produce several complementary deliverables depending on the information required by the project team.

Orthomosaic Mapping

Hundreds or thousands of aerial images can be processed into a georeferenced, high-resolution top-down map of the complete project area.

3D Site Visualization

Photogrammetric models allow the site to be viewed from different perspectives and provide spatial context that conventional photography cannot reproduce.

Point Cloud Data

Dense point clouds provide a detailed digital representation of site geometry for measurement, terrain analysis, CAD workflows, and downstream technical use.

Terrain Products

Surface data can be classified and processed into DSMs, DTMs, elevation information, terrain models, and contour products where site conditions support the required workflow.

Site Measurements

Georeferenced mapping products can support distance, area, elevation, and volume measurements directly from the captured site record.

Change Visualization

Repeat mapping creates comparable datasets that show how construction, grading, stockpiles, land development, and site conditions change over time.

GIS & Geospatial Data

Connecting Location With Useful Information

Geographic Information Systems (GIS) bring multiple types of location-based information together in one organized view. Drone imagery, elevation models, site features, utility information, property data, and other spatial datasets can be combined to provide greater context for planning, documentation, analysis, and future decision-making.

Aerial Insights can prepare mapping outputs and site data for use in GIS workflows, helping project teams move beyond a standalone map and toward information that can be layered, compared, measured, and referenced over time.

GIS Can Bring Together

  • Drone orthomosaics and aerial imagery
  • Property and project boundaries
  • Utilities and infrastructure
  • Points, lines, and mapped site features
  • Elevation models and contours
  • Asset and inspection information
  • Construction and existing-condition data
  • Repeat datasets for change analysis

Built Around Repeatable Spatial Capture

Mapping quality begins in the field. Flight altitude, overlap, camera orientation, positioning, coordinate reference, site geometry, and ground conditions all affect the resulting dataset.

RTK positioning is used to improve image geolocation, while project control, ground control points, or checkpoints can be incorporated when additional validation or alignment is required.

  • RTK-enabled aerial capture
  • Ground control workflows when required
  • Checkpoint validation
  • Repeatable mapping boundaries
  • Consistent coordinate systems
  • Technical processing and quality review

The Deliverable Determines the Workflow

A progress map, terrain model, stockpile measurement, 3D visualization, and engineering reference do not necessarily require the same capture method or level of control. The workflow should be designed around how the final data will actually be used.

Mapping Workflow

01 / PLAN

Define the Site

Establish the project boundary, required resolution, positioning requirements, outputs, and intended use.

02 / CAPTURE

Collect the Dataset

Capture overlapping, georeferenced imagery using a planned and repeatable aerial workflow.

03 / PROCESS

Build the Digital Site

Process imagery into maps, point clouds, models, elevation products, terrain data, or other required outputs.

04 / DELIVER

Make the Data Usable

Deliver web-based visualization, GIS-ready spatial data, technical files, measurements, reports, or project-specific exports.

Where Mapping Adds Value

Construction & Development

Maintain current site maps, monitor grading and site changes, document progress, and provide project teams with a complete view of changing field conditions.

Existing Conditions

Create a detailed baseline of a property before construction, renovation, acquisition, site work, or other major changes.

Terrain & Earthwork

Produce elevation models, terrain classifications, contours, surface comparisons, and supporting site information.

Commercial Property

Document land, buildings, pavement, parking, drainage areas, exterior improvements, and surrounding site conditions.

Need a Current Digital View of Your Site?

Aerial Insights can build a mapping workflow around construction, land development, existing conditions, site measurements, terrain, or recurring project documentation.

Discuss Your Mapping Project