This article introduces the lightweight, low-power consumption, and high-resolution features of the portable individual radar, along with its applications in military, search and rescue, and security fields. It also provides key guidelines for selection, such as detection range and battery life.

Agricultural drone detection radars face complex environmental challenges during operation, such as ground echoes and diverse obstacles. The new generation 4D imaging radar system offers high resolution and sensitivity, enabling comprehensive perception of obstacles within 40 meters and automatic bypassing. It is suitable for various terrains, ensuring stable and safe drone flight. For technical details and application solutions, feel free to contact us!

This is a high-tech collision warning system specifically designed for inland river navigation. It integrates radar monitoring, AIS positioning, and audible and visual alarms, enabling all-weather monitoring of waters around bridges. The system intelligently alerts vessels of deviations, effectively ensuring the structural safety of bridges and the smooth flow of waterways.

Against the backdrop of the intertwining global pandemic and regional conflicts, China continues to strengthen the construction of its border security prevention and control system. This article introduces how the “Guardian” prevention and control system enhances border surveillance capabilities through radar monitoring and the integration of multiple technologies, effectively preventing illegal border crossings and transnational crimes, thereby contributing to the modernization of national security barriers.

In response to the security risks brought by the widespread use of drones, our company has independently developed a “Low-Altitude Defense System.” Integrating detection, tracking, and jamming capabilities, it can precisely counter “low, slow, and small” drones, effectively ensuring regional security.

This article provides a systematic analysis of drone LiDAR technology, covering its working principles, classifications (such as pulsed and phase LiDAR), and application scenarios. Through laser ranging, multi-line scanning, and GPS/IMU integration, it achieves high-precision 3D mapping, making it suitable for fields such as geographic information, construction, and disaster monitoring.

This article introduces the application of drone radar technology in water flow observation. By leveraging the Doppler effect, it enables precise measurement of flow velocity, enhancing the efficiency and safety of hydrological monitoring. It is suitable for complex environments and emergency response scenarios.

The drone detection radar system (LiDAR) accurately acquires three-dimensional surface information by emitting and receiving laser pulses. Unaffected by weather conditions, this technology can penetrate vegetation and efficiently generate high-precision terrain data, making it widely applicable in fields such as mapping, exploration, and geographic information.

The low-altitude drone detection radar provides continuous surveillance of low-altitude airspace, enabling precise identification and tracking of targets such as micro-drones, vehicles, and individual soldiers. Utilizing the principle of electromagnetic wave echoes combined with multi-dimensional discrimination technology, it effectively distinguishes drones from birds. Equipped with capabilities such as multi-target tracking, strong clutter resistance, and rapid deployment, it is suitable for security and reconnaissance scenarios.