From high-resolution visual and thermal inspections to internal blade assessments — we help you maximise uptime and efficiency with professional drone-based inspection services.
Confined-space UAVs, such as Elios 3, enable safe internal inspections of turbine blades — identifying hidden structural issues, delamination, and defects without the need for manual entry or disassembly.
We use top-tier UAVs equipped with precision sensors for accurate, detailed blade inspections.
All operators are fully certified to work safely around wind turbines and energy infrastructure.
Ultra-HD imaging to detect surface wear, cracks, and structural issues.
Identify internal defects, overheating, and delamination using infrared sensors.
Infrared drone inspections detect internal defects, delamination, overheating, and other thermal anomalies invisible to the naked eye. This non-invasive technique helps identify potential failure points early, enabling smarter maintenance planning and reducing costly downtime. Especially effective when paired with visual inspection for a complete blade health assessment.
Using Elios 3 drones to inspect confined spaces and inner blade structures.
Using confined-space drones like the Elios 3, we inspect internal blade structures for signs of wear, bonding failure, or delamination. This method eliminates the need for manual entry, enhancing safety and enabling detailed analysis of hard-to-reach areas. Ideal for deeper fault diagnosis during end-of-life or warranty evaluations.
In collaboration with third-party wind turbine inspection software, we offer detailed diagnostics of blades
Non-contact cleaning of exterior blades using tethered UAV sprayers.
We use tethered UAV systems equipped with precision nozzles to clean turbine blades efficiently and safely from the ground. This non-contact solution eliminates the need for cranes or rope teams, restoring aerodynamic performance while reducing surface wear and technician risk. Ideal for routine or post-storm cleaning operations.
Data-driven insights to measure cleaning impact on turbine output and surface condition.
With over nine years of experience in the UAV sector. He has led and overseen complex drone operations across various industries, with a strong background in flight instruction, operational planning, and safety management. His expertise ensures every mission is executed with precision, compliance, and efficiency.
A BAFTA-winning cameraman with over 15 years in high-end cinematography and drone operations. Stefan blends creative vision with technical precision, delivering powerful aerial insights that support smarter, safer, and more efficient inspections across the renewable energy and infrastructure sectors.
Typically 20–40 minutes per turbine. We can inspect multiple turbines in a single day.
We operate in a range of conditions but avoid heavy rain, snow, or high winds for safety and image quality.
Yes. Our reports follow industry best practices and can be integrated into your existing CMMS.
Yes. Our GWO-certified pilots are trained for both onshore and offshore operations.
Contact us for a free consultation and estimate!
United Kingdom
Europe
hello@aerialdata.co.uk
+44 7488 555 444
Mon – Fri 9 am-6 pm
Sat – Sun Closed