Border Port Surveillance 
 

Surveillance of a Borderline in a Northern Frontier Region. 

The G12 radar is integrated with a longrange electro-optical system, where the radar detects targets and guides the longrange electro-optical system for precise tracking and confirmation. The radar can continuously direct the electro-optical system to track the target, with the target image consistently positioned near the center of the electro-optical field of view, demonstrating exceptional azimuth accuracy 

Surveillance at a Border Inspection Station in Xinjiang. 
The G06 radar is integrated with electro-optical systems, achieves surveillance of an area within a radius of approximately 4 kilometers. The location experiences an average annual wind speed exceeding level 6, with significant vegetation swaying. Despite these conditions, the radar operates with virtually no false alarms, demonstrating effective target detection and tracking performance. 
 

Port Surveillance 
 

Maritime Surveillance in a Certain Area of Hainan 
The G12 radar effectively filters out sea wave interference, accurately identifies vessels within its detection range, and performs continuous tracking. When integrated with electro-optical systems, it automatically tracks targets that breach boundaries. It demonstrates significant advantages such as strong target resolution, high success rate in capturing images, and a low false alarm rate. 

Maritime Surveillance in a Certain Area of Shandong. 
The G03 radar effectively filters out sea wave interference in dense target scenarios and accurately identifies and tracks vessels within its detection range. The radar can precisely distinguish between different types of vessels and vehicle targets , maintaining continuous tracking. 

· The radar base must be installed horizontally and securely.Any slight shaking or tilting can cause angle measurement errors, severely affecting accuracy. Ensure stable power supply and that the load capacity meets the radar's operational requirements.
· Avoid electromagnetic interference.Identify the operating frequency bands of nearby electronic devices, such as other radars, and avoid co-frequency interference as much as possible.
· Avoid electromagnetic damage.It is strictly prohibited to operate the radar when set up indoors, and it is strictly forbidden to power on the radar when there are obstructions in front of the antenna.
· Avoid obstruction.Within the radar's field of view, there should be no obstructions such as other equipment, tall buildings, mountains, or dense high-voltage power lines.
· Avoid strong reflectors.Within 500 meters in front of the surveillance area, avoid large metal plates or concrete structures, such as building facades, color steel sheds, etc.
· Avoid multipath interference.When deploying the radar, avoid placing it near large, flat surfaces such as extensive water bodies or between large buildings to prevent multipath interference.
· Avoid cross-range motion of targets.The location for setting up the radar should be chosen in the direction parallel to the moving target.