Our Services:
UAV / Drone Inspection
We offer a variety of inspection solutions using state of the art equipment to improve efficiency and accuracy of inspections. The use of a drone is a safe alternative to putting people at risk doing inspections. Research has shown that a drone inspection is 8x faster than conventional inspections techniques. In addition, drone inspections have proven to be up to 85% more cost-effective than traditional inspection techniques, they can reduce operating costs and shutdowns. The collection of high-quality data sets that are accurate and measurable will enable smarter decisions to be made.
Wind turbine blade inspections are carried out using our autonomous drone platform custom made for the inspection of all edges of the blade. Using this platform only requires 8 minutes per blade to be inspected. The blades are photographed with a mere 0.4 mm per pixel! Our BladeInsights software is able to detect >90% of all defects using machine learning and create automated reports.
Visual inspections by drone are carried out on a wide range of objects from wind turbines, offshore platforms, internal tanks, buildings, high voltage pylons, rail road portals and bridges. We use advanced software to present the results in a structured manner using different software platforms, of which some of these allow for the automated finding of defects using machine learning and artificial intelligence. Thermal inspections are carried out to check objects for heat loss, missing insulation or checking the uneven burning or clogging of flare tips.
Create precise 2D and 3D models with enhanced accuracy. With the use of a high-resolution camera, teams can quickly map large areas to generate actionable insights.
Collect blade images with market-leading quality and identify hairline cracks on your wind turbine blades.
Robust, reliable, accurate data for better a nalysis and easier damage tracking. Be more confident in your risk assessment and maintenance budgeting with better data.
Sift through data faster and more effectively. Terabytes of blade data at your service with suggestions on damage classification and recommendations by experts.
Explore the potential of a tool which allows you to understand the state of your blades both externally and internally, compare damages and assess priorities.
Autonomous navigation using LiDAR technology. No need for pre-defined flight path. Reduced downtime. 100% blade coverage.
AI tools for identification and categorization of damages. Blade experts review findings and make recommendations. Fast report turnover. Export data to several formats.
Intuitive navigation - windpark to damage in 3 clicks. Time series function for tracking damage evolution. Compare damages internally and externally.
Data-driven maintenance planning. Shared information among stakeholders. Consolidated blade data on one platform.
Inspection consists of the general visual inspection of the Flare tip and general structure using Unmanned Aircraft Vehicles (UAV). Recording will take place using high definition video equipment, high-resolution still and thermal imaging cameras. Images will be taken of any obvious anomaly and degradation.
Inspection consists of the general visual inspection of Hull & external structures using Unmanned Aircraft Vehicles (UAV). Recording will take place using high definition video equipment and a high-resolution still camera. Images will be taken of the general structure and any obvious anomaly and degradation.
Inspection consists of the general visual inspection of Turbines and surrounding structure using Unmanned Aircraft Vehicles (UAV). Recording will take place using high definition video equipment, high-resolution still and thermal imaging cameras. Images will be taken of the general structure and any obvious anomaly and degradation.
Inspection consists of the general visual inspection of the Export Buoy general structure using Unmanned Aircraft Vehicles (UAV). Recording will take place using high definition video equipment and a high-resolution still camera. Images will be taken of the general structure and any obvious anomaly and degradation.
Recording will take place using high definition video equipment and a high-resolution still camera. Get a bird’s eye view of your asset. UAV’s make aerial shots a lot simpler, a lot higher quality, and at a much lower cost.
