Taking Technology’s electro-optical gimbals are deeply integrated with UAV automated hangars and multi-rotor UAV platforms to form an air-space integrated perception network for smart urban governance. Leveraging this Gimbal product series, the system enables efficient automatic patrol and intelligent identification of urban issues, greatly enhancing the refinement and intelligence of urban management. It delivers all-weather, highly reliable technical support for precise decision-making and rapid response by public security, urban management, environmental protection and other authorities.
Illegal Construction and Spoils Dumping Inspection: UAVs conduct regular patrols in urban-rural fringe areas and pending development zones. With the wide-angle and zoom capabilities of the Gimbal, ongoing illegal construction and unauthorized dumping of construction waste and engineering spoils can be detected from long distances with high resolution.
Automatic Evidence Collection for Road Occupation and Illegal Parking: In key areas such as downtown districts, areas around schools and hospitals, and fire access lanes, UAVs perform autonomous cruising. AI recognition automatically detects and tracks road-side vending and illegal parking, captures high-definition video and photos for evidence, and transmits precise coordinates via target positioning functions (where available).
Open Burning and Environmental Pollution Monitoring: Relying on the sensitive thermal detection capability of infrared thermal imagers, the system can rapidly identify illegal open burning and abnormal flue gas emissions from factories even at night, and pinpoint pollution sources to facilitate surprise law enforcement inspections after dark.
Urban Appearance Inspection and Illegal Billboard Detection: High-frequency, high-angle patrols are carried out on building facades, rooftops and public spaces to identify urban nuisances such as poster graffiti, unauthorized outdoor advertisements, defective neon signs and overhead hanging objects.
Emergency Response and On-site Support: During public security emergencies, traffic congestion or major event security missions, UAVs can quickly arrive at the scene. The Gimbal delivers real-time high-definition footage to help the command center fully grasp the situational picture, assess incidents, guide traffic diversion and monitor crowd movements.
Case 1: UAV Patrol Project for Urban Governance in a City
The Urban Management Bureau of a city deployed 8 sets of multi-rotor UAV automatic nest systems equipped with TZ096FA electro-optical gimbal to cover core urban areas. After the system went live, during a routine night patrol, the Gimbal first rapidly locked onto an abnormal high-temperature cluster in a suburban demolition zone via its infrared thermal imager, and immediately activated the visible light camera for telephoto zooming. AI verification confirmed large-scale illegal nighttime waste dumping. Powered by robust AI recognition, the system accurately identified and counted 2 dump trucks and 5 workers on-site amid cluttered background. With precise measurements from the laser rangefinder combined with UAV position data, the system transmitted accurate coordinates (error ≤ 30 meters) to the platform, instantly generating and dispatching work orders integrated with visible-light images, infrared imagery and location data. Law enforcement officers arrived at the scene within 10 minutes of the incident, enabling efficient closed-loop response and curbing the spread of illegal activities at the site. This operation demonstrates the great value of the "Gimbal + unattended UAV nest" model for all-weather, intelligent and proactive patrols in urban governance.
Case 2: Police Patrol Equipment Procurement Project for a Local Public Security Bureau
In the police patrol equipment procurement project of a local Public Security Bureau, the ZT140TA optoelectronic pan-tilt serves as a powerful tool to boost police patrol performance. A total of 5 sets of this equipment were procured in one batch and skillfully integrated onto tracked unmanned vehicles to realize intelligent upgrading of patrol operations. Featuring outstanding imaging quality and stable tracking capability, the ZT140TA optoelectronic pan-tilt can clearly capture target information even in complex environments, delivering real-time and accurate on-site video feeds for police forces. The tracked unmanned vehicle, with strong off-road capability and flexibility, ensures full coverage and efficient execution of patrol missions. This innovative combination not only improves the efficiency and accuracy of police patrols, but also contributes technological strength to maintaining social security and stability.
