With the rapid development of the low-altitude economy, the number of low-altitude aircraft (UAVs, light helicopters, etc.) in cities has surged. Unregulated flight in low-altitude airspace is likely to cause aviation safety and public safety risks. At the same time, urban management faces multiple operational needs such as inspection and supervision, environmental monitoring, and emergency disposal. There is an urgent need for an integrated low-altitude system of "control + operation" to achieve precise control and efficient utilization of urban low-altitude airspace, ensuring airspace safety and improving the refined level of urban management.

Core Low-Altitude Control System: Low-altitude radar monitoring system, radio frequency spectrum monitoring equipment, and UAV identification and countermeasure equipment to achieve full-chain control of low-altitude targets from "detection - identification - tracking - disposal";
Operational UAV Cluster: Multi-model industrial UAVs, including reconnaissance type, surveying and mapping type, and operation type, suitable for different urban management scenarios;
Precision Perception Equipment: High-definition optical PTZ and infrared thermal imaging PTZ, supporting all-round day/night monitoring, and capable of identifying small ground targets and abnormal temperature areas;
Multi-Functional Mounts: Loudspeakers, throwers, sprayers, surveying and mapping cameras, etc., to meet operational needs such as inspection and persuasion, material delivery, environmental disinfection, and topographic surveying and mapping;
Integrated Ground Control Center: Integrates airspace monitoring data, UAV flight data, and operation task scheduling functions to realize multi-source data fusion analysis and visual management;
Supporting Guarantee Equipment: Emergency charging vehicles, UAV aprons, equipment storage cabinets, and data servers to ensure the continuous and stable operation of the system.
Full-Area Precision Control: Integrates radar, radio, and visual identification technologies to achieve full-coverage monitoring of low-altitude airspace from 0 to 1000 meters, capable of accurately identifying aircraft type, number, and flight trajectory with a false alarm rate of less than 3%;
Control-Operation Collaboration: The same ground control center can simultaneously dispatch control equipment and operational UAVs, realizing efficient collaboration of "detecting illegal flight - rapid disposal - simultaneous operation";
Multi-Scenario Adaptability: Can meet multiple operational needs such as urban traffic inspection, environmental monitoring, illegal construction investigation, fire early warning, and emergency disposal. One system replaces multiple sets of traditional equipment;
Intelligence and Efficiency: Supports automatic planning of inspection routes, intelligent identification of illegal behaviors, and automatic generation of control reports, significantly reducing manual operation intensity;
Safety and Reliability: Has hierarchical disposal capabilities. For illegal flights, it can first issue warnings through broadcasting and guide forced landing, and take countermeasures when necessary to ensure the safety and controllability of the disposal process.
Urban Low-Altitude Airspace Management: Low-altitude no-fly control in key areas such as airport surroundings, core business districts, government residences, and major event venues, as well as monitoring and disposal of illegal flights;
Urban Management Inspection: Traffic congestion monitoring, illegal parking capture, roadside vending persuasion, illegal construction investigation, and garbage classification supervision;
Environmental Monitoring and Governance: Air quality monitoring, sewage discharge inspection, garbage dump identification, green vegetation maintenance inspection, and pest control and disinfection;
Major Event Guarantee: Low-altitude safety control, crowd density monitoring, and emergency evacuation guidance at sports events, concerts, celebrations, and other venues.