Industry application

Wind Turbines

Blade inspection, wind farm planning, environmental monitoring, and georeferenced turbine digital twins.

RGB ImagingThermal ImagingDigital TwinPhotogrammetry3D ModelingAutonomous Flights

Challenge and solution

Replace fragmented fieldwork with spatial intelligence

Personnel inspections in harsh conditions are high-risk.
Ground inspections can miss cracks, erosion, delamination, corrosion, and paint degradation.
Remote wind farms are expensive and difficult to access.
Environmental monitoring needs spatial and repeatable evidence.

Run high-resolution RGB blade inspections with annotated defects and timestamps.
Build 3D georeferenced digital twins for predictive maintenance and historical comparison.
Support pre-installation surveys, terrain suitability, and wind farm planning.
Monitor vegetation, environmental impact, and bird-migration patterns.

Data outputs

Business benefits

A turbine blade surface is inspected by a drone path with defect pins and condition layers.

Reduced rope accessConsistent inspection historyEarlier defect discoveryImproved maintenance planning

Recommended services

Next mission

Turn aerial data into accurate digital twins, asset insights, and safer operations