Wind Turbine Blades
Drone Inspection Software
Onshore | Offshore | Any Diameter | Any Manufacturer
Master predictive blade maintenance with drone-based automated visual data collection and AI defect detection tools
Take control with SkyVisor Wind
Confidently manage your renewable energy using our all-in-one solution
1. Inspect
Collect your own visuals on-site using drones
2. Analyze
Review blade defects with the help of AI tools
3. Report
Use auto-generated reports for decision-making
Your everyday tool
With our leading renewable energy industry solution, you can empower your technicians to inspect your turbines themselves
100% automated
One-person drone operation
1 rotor stop only
Minimal turbine downtime
18 minute inspection
Fast autonomous low-cost flight
120 images per blade
High-quality data collection
Want to learn how to inspect up to 18 turbines a day?
Solution highlights
Our software uses digital twin technology for blade health monitoring, asset management, defect comparison, and collaborative damage repair
We provide insights for turbine performance and help you identify issues with unmatched speed and accuracy. Detect defects early, collaborate on repairs, and optimize your maintenance strategies!
Review Defects Faster Than Ever Using AI
Easily detect defects right from your desk! Our AI-based automatic defect detection feature will provide insights to enhance your turbine performance and reduce the time you spend on reports by up to 50%!
Leading Edge Erosion
Cracks
Lightning Damages
Missing Add-Ons
AI-powered defect detection
From leading edge erosion to mechanical cracks, stay ahead of blade issues
Size: 64 x 15 cm
Drone: DJI Mavic 3E
Turbine: Enercon E82
Size: 295 x 6 cm
Drone: DJI Mavic 2 Pro
Turbine: Sevion MM92
Size: 20 x 42 cm
Drone: DJI M300 RTK
Turbine: GE 5.5 158
Size: 67 x 57 cm
Drone: DJI Matrice 4E
Turbine: Sevion MM92
Size: 121 x 127 cm
Drone: DJI Matrice 4E
Turbine: Enercon E82
Size: 50 x 39 cm
Drone: DJI Mavic 3E
Turbine: Nordex N100
Size: 255 x 112 cm
Drone: DJI Mavic 2 Pro
Turbine: Vestas V100
Size: 60 x 125 cm
Drone: DJI Matrice 3E
Turbine: Enercon E44
Size: 18 x 42 cm
Drone: DJI M300 RTK
Turbine: Vestas V100
Size: 32 x 9 cm
Drone: DJI Matrice 4E
Turbine: Enercon E44
Size: 32 x 71 cm
Drone: DJI Mavic 2 Pro
Turbine: Vestas V126
Size: 356 x 237 cm
Drone: DJI Matrice 4E
Turbine: Vestas V80
Download the report
Blade inspection report
SkyVisor all-in-one software
Our cutting-edge solution is your everyday tool for planning your inspections, reporting the findings, organizing repairs, and optimizing costs
- Integrated DJI enterprise mobile app for drones
- Easy independent inspection planning
- Autonomous drone flight
- Fast high quality image collection
- Efficient AI powered defect detection
- Digital twin creation of wind farm
- User-friendly operations software
- Automatic reporting for turbine insights
Discover 3 reasons to in-house
Frequent visual turbine inspections help detect damages early, reducing downtime and O&M costs by up to 30%
Which DJI drone to choose for wind turbine inspections?
Enjoy free consultation for equipment selection and receive your drone ready to fly
Matrice 4E (NEW DJI DRONE)
Ideal for: Wind farms visual inspections
Wide-Angle camera: 48 MP, 24mm focal length capture
Zoom: 3× Zoom, 48 MP → 70mm focal length + 7× Zoom, 48 MP → 168mm focal length
Max wind resistance: 12 m/s
GSD: 0.14 cm/pixel
Mavic 3E
Ideal for: Wind park aerial inspections
Wide-Angle camera: 20 MP 4/3 CMOS, 84° FOV capture
Zoom: 56x hybrid zoom for detailed wind turbine inspections
Max wind resistance: 12 m/s
GSD: 0.14 cm/pixel
M350 RTK
Ideal for: Visual wind park & thermal solar inspections
Camera: Payload capabilities include Zenmuse P1 for high-precision mapping and Zenmuse H20T for solar panel aerial inspections
Hybrid Optical Zoom: Compatible with several DJI zoom cameras offering more advanced hybrid zoom options
Max wind resistance: 15 m/s
GSD (Zenmuse P1): 35mm → 0.06 cm/px + 50mm → 0.04 cm/px
M300 RTK
Ideal for: Aerial wind park & thermal solar inspections
Camera: Payload capabilities include Zenmuse P1 for high-precision mapping and Zenmuse H20T for solar panel aerial inspections
Hybrid Optical Zoom: Compatible with DJI zoom cameras
Max wind resistance: 15 m/s
GSD (Zenmuse P1): 35mm → 0.06 cm/px + 50mm → 0.04 cm/px
Why choose SkyVisor Wind?
- In-house solution
- Automatic flight
- Onshore & offshore
- 18 minutes
- AI-powered analytics
Our support starts where it matters
We provide your team with training, support, and advice
1-day training
Free consultation
Operational support
Managing both wind & solar parks?
Use our comprehensive software suite to manage all of your assets
Wind | Tower
Reduce downtime and enhance tower maintenance
Solar | Thermography
Maximize the performance of your solar park
Solar | Construction
Monitor the construction process of your PV plant
