Keywords:
thermography, drone, non-destructive testing
Diagnostic and measurement technologies, Smart environments and information technology, New materials for high-tech, Technologies for sustainable development and energy
Number of batteries 2;
Maximum take-off speed 5 m/s;
Maximum landing speed 4 m/s;
Maximum flying speed 61,2 km/h;
Capable of flying in maximum possible winds up to 15 m/s during flight;
Maximum flight time 55 min;
Drone control frequencies compatible with 2.4 GHz and 5.8 GHz;
Maximum signal range 7 km;
Capable of transmitting images directly to a ground station;
Possibility to control the camera by remote control;
With flight capability according to a predefined route;
Thermal imaging camera:
Thermal imaging camera detector resolution 640 x 512 pixels;
Field of view 25° x 20°;
Minimum focusing distance 30 cm;
Digital zoom 8x;
Spectral range 7.5 ... 13.5 µm;
Detector scan rate 30 Hz;
Thermal sensitivity 50 mK;
Measurable temperature -40 °C ... + 550 °C;
Option to store files on a memory card;
File formats compatible with JPEG, TIF, R-JPEG;
Video storage formats compatible with MP4, MOV;
Digital camera:
Camera resolution 12 megapixels;
Field of view 57,12° x 42,44°;
8x digital zoom;
Photo storage format compatible with JPEG;
Video storage format compatible with MP4, MOV;
Video resolution 4K Ultra HD;
Data stored on memory card,
1.Applied research on non-destructive testing methods for the prevention of technological accidents in the oil and gas industry, transport (railways, bridges), energy (nuclear, thermal, hydro and wind), aerospace 2.Prototype development of measurement, non-destructive testing and monitoring systems to ensure the safety of industrial facilities and bulky engineering structures