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Triaxial UAV Gimbal Camera Tracking Function
Triaxial UAV Gimbal Camera Tracking Function
Gimbals are used in unmanned aerial vehicles (UAVs) to keep a mounted camera steady and focused on a target.triaxial uav gimbal camera tracking function They can be configured to house a wide range of cameras and sensors, such as high-resolution electro-optical (EO) and infrared (IR) imaging systems, as well as CCD and CMOS imaging sensors. They are designed for various applications including aerial surveillance and reconnaissance (ISR), mapping, broadcasting, and disaster response. Gimballed camera systems are available from a wide range of manufacturers, each offering different specifications and features.
The CM62 Micro Gimbal combines EO and IR capability into a single, compact package, enabling the operator to capture detailed situational awareness during daylight and night-time ISR missions. On-gimbal automated object recognition accelerates decision making to empower the operator, reducing workload and increasing mission autonomy. This feature highlights stationary and moving objects for easier recognition and allows the system to automatically track a designated target, keeping the LOS (line of sight) centered on that target throughout flight.
This gimbal offers the option to stream both EO and IR video in multiple formats: PIP, DuoZoom SBS, or a seamless pixel-by-pixel fusion of visible and thermal images. It also supports a wide variety of data protocols for long-range video transmission and H265 encoding for improved bandwidth efficiency and picture quality.
Easily monitor and track targets with the integrated 10x optical zoom lens, ensuring that your monitoring capabilities are not limited by lighting conditions. Additionally, the adjustable movement speed function allows you to optimize the camera’s movement according to your focusing requirements.
Powered by advanced on-board video processing, this gimbal delivers superior image quality at up to 4K resolution. It is a highly stable and accurate gimbal with a wide field of view (FOV), allowing it to track objects in extreme environments. It also includes advanced features such as EO/IR object tracking, geo location and image recording and storing. It can be installed on a selection of UAVs, such as drones, USVs and UGVs.
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