Intelligent PTZ series: The core upgrade of the UAV photoelectric pod

I. Excellent architecture of intelligent PTZ series
(A) Three-axis three-frame servo stability structure
The three-axis three-frame servo stability structure adopted by the intelligent PTZ series is the cornerstone to ensure its accurate and stable operation. This structure is able to adjust the attitude of the head quickly and precisely through three perpendicular axes of rotation, namely the pitch axis, the transverse roller axis and the yaw axis. During the flight of the UAV, no matter what kind of complex airflow or violent shaking is encountered, the three-axis three-frame servo stability structure can react quickly to offset the movement interference of the UAV body, so that the mounted optical equipment always maintains a stable pointing. For example, when performing aerial photography tasks in a strong wind environment, the ordinary head may cause the shooting picture to shake and blur due to the influence of wind, but the three-axis stability structure of the intelligent head can effectively isolate external interference and ensure the stability and clarity of the shooting picture. ​
(2) Multi-sensor integration
Optical Continuous zoom visible light camera: The onboard optical continuous zoom visible light camera provides clear, high-resolution color vision for the UAV. Its continuous zoom function allows the operator to flexibly adjust the shooting Angle and focal length according to the actual needs. From a wide panoramic overview to close-up capture of distant targets, optical continuous zoom visible-light cameras are easily capable. In the city security monitoring, the zoom function can be used to observe the details of vehicles and pedestrians on the street from a high altitude, identify suspicious behavior or license plate numbers, and provide a strong basis for security decisions. ​
Uncooled Long Wave Infrared Imaging Assembly (LWIR) : The uncooled long wave infrared Imaging Assembly (LWIR) is the intelligent PTZ series’ right-hand tool in complex environments. It uses the infrared radiation emitted by the object itself to image, regardless of light conditions, whether it is dark night, or bad weather filled with smoke and dust, can clearly present the thermal image of the target object. In forest fire prevention monitoring, LWIR can quickly detect the high temperature fire source hidden in the forest, even if the fire source is blocked by branches and leaves, it can also accurately locate it by thermal radiation characteristics, and gain valuable time for timely fire suppression. ​
Laser rangefinder: The integration of laser rangefinder adds the ability to accurately measure target distance to the intelligent PTZ series. By firing the laser beam and measuring the time difference of the reflected light, the laser rangefinder can quickly and accurately obtain the distance information between the target and the drone. This distance data is of great significance for UAV flight control, target tracking and mission execution. In power inspection, a laser rangefinder can be used to accurately measure the distance between the drone and the transmission line, ensuring safe operation and providing an accurate location reference for subsequent equipment inspection. ​