Gyro stabilization technology uses gyroscopes to sense and compensate for the angular velocity changes of the turntable during movement, thereby maintaining the stability of the turntable and its onboard devices. This technology can ensure that the turntable can maintain high-precision pointing and stable movement in various complex environments, such as wind interference, vehicle vibration or rapid movement.

In vehicle-mounted applications, adding gyro stabilization to the turntable can bring the following specific benefits:

Improve monitoring quality: For applications such as vehicle-mounted surveillance cameras, gyroscopic image stabilization can ensure that the camera always maintains a stable viewing angle while the vehicle is driving, reducing image jitter caused by vehicle vibration or movement, thereby improving the clarity and stability of the monitoring image.

‌Enhanced navigation accuracy‌: In the navigation system, gyro stabilization technology can make up for the lack of satellite signals in complex environments (such as high-rise buildings or tunnels), ensuring the continuity and stability of navigation. At the same time, it can also respond quickly to sharp turns and rapid lane changes of the vehicle, update the navigation route in time, and provide more real-time and accurate navigation guidance‌.

Improved measurement accuracy: In applications that require high-precision measurements, such as topographic mapping or aerial photography, gyroscopic stabilization can ensure that the measuring device maintains a stable measurement reference in a dynamic environment, thereby improving the accuracy and reliability of the measurement results.

In summary, adding gyro stabilization technology to the turntable is of great significance to improving the stability and accuracy of the system, especially in complex application environments such as vehicles, it is an indispensable key technology.

The gyro-stabilized vehicle monitoring system mainly consists of the following parts:

The turntable structure usually includes a base part that can realize horizontal rotation movement, and a part that can be tilted up and down so that the camera can be adjusted in the vertical direction. In addition, the turntable may also include a part that fixes the camera to ensure the stability of the camera.

Visible light cameras and thermal imaging cameras are the core components of the monitoring turntable. Visible light cameras are usually equipped with high-pixel image sensors that can capture clear visible light images. Thermal imaging cameras use uncooled detector sensors that can sense and capture infrared radiation to generate thermal imaging images. The combination of these two cameras can achieve all-weather, all-round monitoring.

The gyro stabilization system is an important part of the turntable. It can sense and compensate for the angular velocity changes of the turntable during movement, thereby keeping the camera stable. This technology can prevent image jitter caused by the movement of vehicles or ships, ensuring the clarity and stability of the surveillance image. 

In summary, the visible light, thermal imaging dual-spectrum monitoring turntable with gyro stabilization integrates a variety of advanced technologies and components to achieve all-weather, all-round stable monitoring, and is widely used in maritime, border defense, forest fire, airport and other scenarios.