Limited Viewing Distance and Angle
Ground observation cannot consistently reveal surface details on elevated blades, and results are affected by distance, lighting and angle.
WIND TURBINE INSPECTION
Wind Turbine Drone Inspection Solution
Give Every Blade a Traceable Digital Record
For wind-farm blade inspection, the M400 drone, INES airborne navigation, AGS ground station and inspection platform connect mission planning, field capture, image stitching, defect review and reporting.
01 Mission Planning02 Autonomous Capture03 Intelligent Analysis04 Report Archiving
FROM IMAGE TO ASSET DATA
From Aerial Image Capture to Blade-level O&M Data
Wind inspection is not only about high-resolution images; each image must correspond to the correct turbine, blade and surface location. A unified mission chain connects field capture with office analysis so results can be reviewed, archived and accumulated.
Complete DeliveryM400 drone + INES airborne navigation + AGS ground station + wind turbine inspection platform
OPERATIONAL GAPS
Four Data Breakpoints in Aerial Blade Inspection
Heavy Manual-flight Workload
Manually approaching three blades while maintaining consistent distance and angle requires substantial pilot experience and field coordination.
Scattered Images Are Hard to Review
Large, dispersed image sets lack structured relationships between blades, surface directions and positions.
Results Do Not Form a Closed Loop
Capture, screening, review and reporting are separated, limiting cross-cycle comparison and maintenance localization.
ONE TURBINE · ONE DATA RECORD
Organize a Reusable Mission around Each Turbine
Starting from turbine parameters and field pose, the system generates an inspection mission. The drone captures key blade surfaces, and the platform organizes results by turbine, blade and direction.
- Mission Object
- Wind Farm / Turbine / Blade
- Capture Content
- Multi-view high-resolution blade imagery
- Deliverables
- Panorama / Defect Review / Inspection Report
INTEGRATED SYSTEM
Coordination across Airborne, Ground and Platform Systems
Four core modules collaborate around one inspection mission, reducing information gaps between field and office work.
M400 Drone Platform
Carries navigation and imaging equipment to execute route flight and waypoint capture around turbines.
INES Onboard Navigation
Integrated positioning, perception and control provide onboard support for route execution.
AGS Ground Station
Handles parameter entry, mission configuration, camera control, status monitoring and necessary field intervention.
Wind-Turbine Inspection Platform
Manages wind farms, turbines, blades, images and suspected defects, supporting stitching, review and reporting.
STANDARD WORKFLOW
Six Steps Connect Field and Office Work
Create the Mission Record
Enter turbine and blade parameters to establish the data basis for mission planning.
Confirm Field Pose
Confirm turbine orientation, blade position and safe operating conditions from field status.
Generate the Inspection Route
Generate mission routes and capture actions around target blades and planned viewpoints.
Execute Image Capture
The drone executes the mission while AGS monitors flight, link, camera and capture progress.
Stitching & Defect Review
The platform organizes multi-view images, assists screening and supports professional confirmation.
Reporting & Archiving
Archive results by wind farm, turbine and blade to create viewable, traceable reports.
AGS MISSION CONTROL
Centralized Route, Camera and Flight-status Management
AGS supports inspection mission setup, flight-status viewing and camera control. Operators can track route progress and intervene when necessary from one interface.
- Turbine parameters and mission-route configuration
- Flight attitude, link and battery monitoring
- Capture parameters and acquisition progress
WIND INSPECTION PLATFORM
Turn Discrete Photos into Blade-level Inspection Results
The platform organizes data by wind farm, turbine and blade. Blade-image stitching and suspected-defect screening help professionals review, grade and archive results.
Explore the Wind-turbine Inspection Platform ↗
Assisted Detection ScopeSurface CracksCoating LossCorrosionSurface Damage
AI results assist screening. Final defect decisions and treatment recommendations require professional review.
OPERATIONAL VALUE
Turn Each Inspection into Long-term Asset Data
Standardized Capture
Reusable missions reduce capture differences between personnel and flights.
Structured Blade Data
Organize images and suspected defects by wind farm, turbine, blade and surface direction.
Traceable Defect Locations
Link abnormal images to a turbine, blade and relative position for efficient field reinspection.
Accumulated Inspection Results
Retain inspection records and reports as a basis for future comparison and maintenance planning.
CONFIGURE FOR YOUR WIND FARM
Configure Operations for Turbine Type and Site Conditions
Determine equipment, mission workflow and delivery scope from turbine parameters, site terrain, work organization and result requirements.
Contact a Solution Specialist ↗