
Internal Inspection
- Home
- Our Services
- Inspection
- Blade Internal Inspection
Technology
Blade Internal Inspection
Our advanced wind turbine blade crawler technology features adaptive LED matrix lights, a powerful 3D LiDAR scanner, a 360-degree camera, and a new 61MP camera for root zone inspection and defect detection. It accurately measures the distance traveled. Designed for high-quality internal inspections, this crawler delivers efficiency and reliability, surpassing traditional inspection methods.

01
Deeper Blade Access & Adaptive Lighting
Inspect up to 90% inside the blade with adaptive LED matrix lighting to discover hidden or hard-to-see damages.
02
360° 5K Camera & 61MP High-Resolution Imaging
Capture 100% of blade surfaces with a 360° 5K camera, while a 61MP camera automates root zone inspection and defect detection.
03
3D LiDAR Measuring & Mapping
Measures the traveled distance accurately and detects the defect locations using advanced 3D LiDAR technology.
04
Advanced reporting
Receive professional reports in our platform for deep analysis
Inspection process
Aerones technicians operate the crawler to record the data which is reviewed and processed by in-house data analysts in a timely manner

Monitor damage progression
Often the internal condition of the blade can differ completely from the external condition, leading to overlooked significant damages of the blades that can cause high-cost repairs (and unearned profits), if not treated in a timely manner.


Review wind park inspection results with image and video data. Map the anomalies and know the precise location. Review recommendation and save comments for further analysis work.
Digital data platform
Cloud platform gathers unique cross-industry dataset from inspections which enables pricing of smarter preventive maintenance plans & budgets

Contact us
Schedule a presentation, receive a detailed information about the services or request a price quote
Contacts
EU: Vestienas 32, Riga,
Latvia, LV-1035,
US: 105 N 1st St #429 PMB 22980
San Jose, CA 95103
Phone: +371 2809 0999
Phone: +1 669 213 80 50
Email: [email protected]