Turbine Parameter Management
Stores tower-center coordinates, tower height, blade length and other mission data by turbine for quick field selection.
WIND INSPECTION GROUND STATION
AGS Drone Ground Station for Wind-Turbine Inspection
Put Turbine Parameters, Dynamic Inspection and Capture Control at the Pilot's Fingertips
Running on a professional smart controller for rotating-blade drone inspection, Wind AGS unifies turbine-parameter management, mission setup, onboard route-generation coordination, laser-triggered capture, status monitoring and manual intervention.
PRODUCT OVERVIEW
Purpose-Built Operating Software for Wind-Turbine Blade Inspection
Wind AGS organizes missions around tower and blade geometry, with a dedicated workflow for continuously rotating blades, short capture windows and numerous turbines.
It handles controller-side parameter input, mission configuration, status display and manual intervention. Onboard INES calculates and executes routes, while acquired data enters the Wind Inspection Platform for AI suspect screening, professional review and reporting.
Parameter-Driven Missions
Dispatches turbine and inspection parameters to INES, which generates and executes the route from geometry.
Dynamic Inspection Monitoring
Continuously displays mission progress, flight, positioning, battery, camera and ranging information during rotating-blade inspection.
Laser-Triggered Capture
Configures a ranging trigger zone so the camera captures when a blade enters the specified distance range.
Six-Step Workflow from Turbine Selection to Blade Acquisition
Mission parameters and safety thresholds must be confirmed against aircraft, payload, wind, turbine status and site procedures. Automation does not replace pilot monitoring.
Select Turbine
Select a target turbine from the parameter library and load confirmed tower and blade values.
Set Mission
Configure inspection speed, imaging distance, overlap and blade safety distance.
Configure Camera
Set exposure, focus and laser-trigger range for lighting and imaging requirements.
Generate Route
AGS dispatches parameters and INES calculates a route for the current turbine onboard.
Dynamic Inspection
The aircraft maintains the mission-defined relative imaging position while laser ranging supports capture triggering.
Monitor and Intervene
The pilot continuously monitors status and alerts and pauses, stops or takes over when needed.
TURBINE TASK SETUP
Use Turbine Parameters as the Mission Entry Point to Reduce Repetitive Field Configuration
After turbine selection, AGS loads associated geometry and mission parameters and checks imaging distance, inspection speed, blade speed, range and camera status before start.
- Turbine Geometry
- Tower-center coordinates, tower height and blade length
- Inspection Setup
- Target turbine, inspection speed, imaging distance and image overlap
- Blade Distance
- Maximum / minimum blade alert distance
- Camera Configuration
- Focus, ISO, EV, shutter and image parameters (payload-dependent)
- Laser Trigger
- Minimum / maximum range for capture trigger
Keep Mission Status Visible and Controllable around Rotating Blades
AGS sends turbine and inspection parameters to INES, which generates and executes the route onboard; the pilot continuously monitors imagery, distance and progress.
From Hub to Blade Tip
The mission defines acquisition coverage by blade length and uses preset distance and overlap for blade-surface imaging.
Relative-Distance Monitoring
Displays ranging and alerts in real time to support distance judgment and exception handling in a dynamic environment.
Pilot Always in the Loop
Retains status confirmation, pause, stop, return and manual takeover during automated execution.
LASER-TRIGGERED CAPTURE
Trigger Capture as the Blade Enters the Ranging Zone to Support Dynamic Timing
When laser range enters the preset minimum/maximum interval, capture can be triggered by the integrated logic. The range must consider focal length, clarity, blade scale and flight safety.
MEASUREReal-Time Ranging→RANGEEnter Trigger Zone→CAPTURECapture Image
Trigger performance depends on camera, ranging capability, blade material, attitude, lighting and communication latency and requires phased testing before delivery.
REAL-TIME OBSERVABILITY
Check Mission, Aircraft, Onboard Navigation and Imaging Payload on One Screen
Key status is centralized to help the pilot judge whether the mission is on plan and when intervention is needed. Fields and controls vary with aircraft, controller, camera and software version.
Mission
Total Waypoints, Current Stage, Progress and Mission Status
Aircraft
Position, Attitude, Speed, Altitude, Battery, Link and Alerts
Onboard Navigation
RTK, Positioning Quality, Connection and Mission Execution
Imaging Payload
Main / FPV Views, Camera Parameters, Images Captured and Remaining Space
Blade Ranging
Laser Range, Trigger Zone and Distance Alerts
Maintain Clear Distance Boundaries and Manual Intervention during Automated Inspection
High altitude, strong wind and rotating blades present continuous risk. Parameter alerts and automated strategies assist operations but do not replace site survey, weather judgment, procedures or pilot responsibility.
Blade Distance Boundary
Use maximum/minimum thresholds to indicate deviation from the imaging range or excessive proximity.
Obstacle-Avoidance Parameters
Configure alert and intervention distances by aircraft and project and validate on site before execution.
Battery and Return-to-Home
Set alert and return conditions from mission reserve, wind and return distance.
Manual Control
Retain pause, stop, return and manual takeover and follow the site contingency plan.
Clear Roles for Onboard Execution, Controller Monitoring and Result Analysis
01 / SCENARIO03 / MONITOR 04 / ANALYZE
Wind-Turbine Drone Inspection Solution
Defines field operations, equipment configuration and delivery boundaries.
02 / EXECUTEINES Onboard Navigation Module
Receives parameters, generates routes onboard and connects positioning with flight control.
Wind Inspection AGS
Configures turbine missions and monitors dynamic inspection, capture and safety.
Wind-Turbine Inspection Platform
Organizes imagery, AI suspects, human reviews, history and reports.
WIND-SPECIFIC GROUND CONTROL
Contact the Product Team ↗Keep Mission Parameters, Flight Status and Capture Process Clear for Every Turbine
Provide turbine model and parameters, aircraft and payload configuration, site wind and operating requirements, and we will help confirm the AGS integration plan.