In-Operation Wind Turbine Inspection
Inspection-grade imaging for moving blades.
Capture fine blade detail from a practical stand-off distance while the turbine remains in operation.
Front-End Imaging Architecture
High-resolution visible imaging and laser-assisted ranging work together at the front end of the inspection workflow.
85 mm Telephoto Optics
Laser-triggered photography supports more precise capture timing on moving blades.
61 MP. Built to See More. High-resolution front-end imaging for inspection-grade blade detail.
High-resolution blade imaging helps inspection teams capture surface detail from practical stand-off distances without requiring close-proximity flight.
Capture detailed wind turbine blade imagery from a practical inspection distance. The 61 MP full-frame imaging system and 85 mm telephoto optics support visual blade assessment without requiring the aircraft to operate immediately adjacent to the blade.
High-resolution image capture preserves fine blade surface detail for closer visual assessment after flight. Inspection teams can enlarge selected areas to review surface condition, leading-edge features and other visible anomalies in greater detail.
A single high-resolution inspection image can provide both overall blade context and localized surface detail. This gives inspection teams greater flexibility when reviewing blade condition and examining areas of interest after data collection.
High-resolution data acquisition provides a stronger visual foundation for wind turbine blade inspection, defect review and subsequent inspection analysis.
