AERIAL MAPPING & GEOSPATIAL INTELLIGENCE

Precision Drone Mapping for Critical Infrastructure

Transform complex sites into accurate, actionable geospatial intelligence with advanced drone mapping, LiDAR, photogrammetry and 3D modeling.

AERTEK Drone Mapping Services combine autonomous aerial data collection with advanced processing technologies to create high-resolution maps, digital terrain models, point clouds and 3D representations of infrastructure and industrial environments.

From utility corridors and construction sites to aerospace facilities and critical infrastructure, our aerial systems capture detailed spatial data while reducing the need for personnel to access difficult, elevated or hazardous areas.

GEOSPATIAL INTELLIGENCE

See More. Measure More. Understand More.

Traditional site documentation can require extensive field work, multiple access points and significant time to collect usable information.

Drone-based mapping provides a faster and more scalable way to document large or difficult environments from above.

AERTEK combines high-resolution aerial imagery, LiDAR, photogrammetry and geospatial processing to create digital datasets that help engineering, maintenance, operations and asset-management teams better understand the environments they manage.

The result is more than an aerial image.

It is a measurable digital representation of your site that can support planning, inspection, documentation, maintenance and long-term asset intelligence.

MAPPING TECHNOLOGY

From Aerial Capture to Digital Intelligence

AERTEK adapts each mapping mission to the environment, project requirements and required deliverables.

Photogrammetry

High-resolution overlapping aerial imagery is processed into detailed geospatial models that allow teams to visualize, measure and document sites from multiple perspectives.

LiDAR Mapping

LiDAR sensors generate dense three-dimensional point clouds by measuring the environment using laser pulses.

High-Resolution Orthomosaics

Thousands of individual aerial images can be processed into a single geometrically corrected map, providing a detailed overview of a facility, corridor or project area.

3D Mapping & Digital Models

Create detailed digital representations of structures, terrain and industrial environments for visualization, measurement and engineering review. These models provide teams with a persistent digital record that can be revisited without repeatedly accessing the physical site.

Terrain & Elevation Modeling

Drone mapping data can be processed into Digital Surface Models and Digital Terrain Models to support understanding of:

Terrain conditions
Drainage patterns
Elevation changes
Site development
Access planning
Infrastructure corridors

Volumetric Analysis

Three-dimensional mapping makes it possible to calculate and track material volumes for applications such as:

Stockpiles
Excavations
Earthworks
Aggregate facilities
Construction projects
Material movement

THE NEXT LAYER

Building the Foundation for AI-Driven Asset Intelligence

Drone mapping creates structured visual and spatial datasets that can support increasingly intelligent infrastructure-management systems.

When repeatable aerial data is combined with AI-assisted analysis, organizations can move toward automated identification of changes, anomalies and maintenance priorities.

Potential applications include:

Automated change detection
Asset recognition
Vegetation analysis
Infrastructure classification
Condition monitoring
AI-assisted inspection
Predictive maintenance
Digital twin updates

For AERTEK, mapping is not simply about creating maps.

It is about creating the digital foundation required for the next generation of autonomous infrastructure operations.

Drone Mapping

Frequently Asked Questions

What is drone mapping?

Drone mapping uses unmanned aerial systems equipped with cameras, LiDAR or other sensors to capture spatial information from a site. The collected data can be processed into georeferenced maps, point clouds, elevation models and three-dimensional representations.

What is the difference between drone mapping and aerial photography?

Aerial photography primarily creates images for visual observation. Drone mapping uses systematically captured overlapping imagery or sensor measurements to create geospatial datasets that can be measured, analyzed and incorporated into digital workflows.

What is photogrammetry?

Photogrammetry uses multiple overlapping photographs captured from different positions to reconstruct the geometry of terrain, structures and objects in two or three dimensions.

What is LiDAR drone mapping?

LiDAR mapping uses laser measurements to create dense three-dimensional point clouds of terrain and infrastructure. It is particularly useful when accurate geometry, elevation information or data beneath vegetation is required.

What types of deliverables can AERTEK provide?

Depending on the mission, deliverables may include orthomosaic maps, point clouds, 3D models, digital surface models, digital terrain models, elevation data, volumetric analysis, corridor maps and GIS-compatible datasets.

Can drone mapping data support digital twins?

Yes. High-resolution imagery, point clouds and 3D models can provide valuable source data for the creation and updating of digital representations of physical assets.

Is drone mapping the same as a licensed land survey?

Not necessarily. Drone mapping can produce highly detailed geospatial information, but projects requiring legally certified boundaries or licensed survey deliverables must comply with applicable state and professional surveying requirements. AERTEK scopes each mission according to the intended use of the data.

Ready to Protect Your Critical Infrastructure?

Partner with AERTEK for autonomous exterior cleaning, infrastructure washdowns, specialized decontamination, facility maintenance, and digital reporting designed to improve safety, efficiency, and operational readiness.