SYSTEM DESCRIPTION OF
XTC-30 VTOL UAV
XTC-30 VTOL multi-purpose UAV is a kind of high-performance UAV developed specifically for detection.
This UAV system has superior qualities like high reliability and convenient maneuverability etc. Meanwhile, it adopts twin-tail aerodynamic layout and the way of running take-off and landing, it also can use vertical take-off and landing.
Stable and high-precision control platform, hyperspectral imager, Hasselblad industrial camera and deep exploration instrument can also be installed.
Full autonomous operation can be achieved, which can provide users with more flexible application, more convenient and more reliable manipulation. Compared with the UAV which own same takeoff weight, XTC-30 VTOL UAV has a relatively longer endurance. After a series of flying test, aerial survey and remote sensing test, its system has been successfully applied in fields like aerial survey, disaster monitoring and assessment, emergency monitoring, forest fire prevention and firefighting, investigation of land and resources. It has become another helpful tool in aerial remote sensing and monitoring.
Brief system introduction:
XTC-30 VTOL UAV adopts high-lift airfoil which has lift-drag ratios and excellent flight performance.
Enlarged cabin and fuel tank volume can 1 larger equipment installation space and longer time of endurance.
20 kg maximum task load makes it can carry a larger pixel image sensor.
At the same time, this UAV system has higher automation which can play a positive role when ordinary users control.
Key points of system technology
High-quality composite materials, advanced processing technology, high-precision molds and all kinds of precision parts and electrical mechanical equipment can effectively ensure the reliability and stability of the system.
It adopts advanced high-precision flight control on the basis of the GPS navigation, and after achieving system integration and the secondary development of the software system, it achieves fully automated and over-the-horizon working required by Academy of Sciences when doing deep detection and measurement in the aerial process.
By equipping with self-independence route planning software, optimal flight shooting files and task report can be quickly generated based on the polygon vertex coordinates of measured area and all kinds of spectral remote sensing and aerial parameters, such as shooting scale, overlap rate, etc.
By equipping with portable ground control station or laptop, the flight and operation status of the UAV can be monitored in real time by using control software through the wireless data link so that the operation and flight of UAV can be controlled flexibly.
Professional multi-spectral/high-spectral camera and digital camera matching with specialized stable PTZ control can effectively control the posture of the image so that the aerial survey can be in error range.
Gyrostabilized photoelectric control platform can make sure that the camera can be configured in any needed position to carry through continuous video monitoring.
This UAV just needs vertical take-off and landing , which does not require a specialized runway, so it can well achieve field adaptability.
This UVA has strong wind resistance and can stably work under 7 level gale.
The assembly, debug and recycle of the system can be finished in 10 minutes. All the equipment can be transported in a ten-seat SUV.
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