Mobile anti-drone vehicle unit with single-point positioning function

The Integrated Portable Unmanned Aerial Vehicle Jamming and Detection System employs a highly integrated and miniaturized design, enabling flexible deployment in various complex scenarios. Its lightweight and optimized structure allows for rapid deployment, whether carried by a single soldier, mounted on a vehicle, deployed at a fixed point, or temporarily deployed in emergency response operations. The device's shell uses high-strength composite materials, combining weather resistance and impact resistance to ensure stable operation in outdoor environments for extended periods. Furthermore, its compact size gives it an advantage in concealed deployment, confined urban spaces, and indoor building environments, significantly expanding the system's tactical application range. Despite its compact structure, it still provides complete detection, identification, location, and jamming capabilities, achieving efficient drone threat management.

This system not only has detection and interference functions, but also has a built-in comprehensive data logging module that can automatically save detected drone activity information, including key data such as frequency, model characteristics, signal strength, and timestamps. The system can automatically generate original logs when an event occurs, ensuring that the data cannot be tampered with during the collection process, providing a reliable basis for subsequent investigation, evidence collection, situation analysis, and risk assessment. Users can directly view historical records within the system interface and export data via wired or wireless means for submission to law enforcement agencies or integration into security management platforms. This design significantly enhances the practical value of the equipment in security, law enforcement, and major event support missions.

The system software features a built-in visual quick start guide, allowing new users without a professional background to quickly master the operation process. The guide includes interface instructions, function descriptions, typical scenario examples, operation step demonstrations, and quick diagnostic prompts for common faults. Each step uses graphical guidance and intuitive prompts, enabling operators to quickly complete equipment deployment, parameter settings, target detection, and jamming mode switching. For organizations requiring large-scale training, the quick start guide significantly reduces teaching costs, improves training efficiency, and enables the system to quickly achieve operational readiness in actual missions.

The overall system adopts a modular architecture; the core host, detection module, jamming module, antenna assembly, battery pack, and expansion interfaces can all be combined and replaced as needed. Users can flexibly adjust the system configuration according to the nature of the mission, such as using multi-module collaboration when deploying in key areas, and using a single-soldier, lightweight configuration for mobile patrol missions. The modular design makes the equipment highly convenient for maintenance and upgrades; new antennas or algorithm modules can be directly added to the system later without requiring large-scale modifications to the entire device. The combination of portability and scalability ensures that the equipment is not only suitable for the current drone threat environment, but also reserves ample room for future technological evolution and operational needs.