The electro-optical gimbal and electro-optical turret product series of Taking Technology can be integrated onto platforms such as unmanned aerial vehicles, quadruped robots, and high-point video surveillance systems, forming an intelligent emergency rescue monitoring and command system featuring air-space-ground integration. Adopting high-precision and high-stability optoelectronic imaging and detection equipment, this solution delivers real-time, high-definition and stable on-site footage as well as environmental data for emergency rescue operations, improving the efficiency and safety of disaster reconnaissance, situational awareness, command decision-making and rescue response.
Real-time Monitoring of Disaster Sites: EO and infrared sensors are deployed to provide all-weather monitoring of disaster scenes such as fires, floods and earthquakes, with live video streams transmitted to the command center.
Search and Localization of Trapped Persons: Infrared sensors capture human thermal signatures to effectively detect survivors even in smoky or dark environments, while laser ranging enables precise position measurement.
Reconnaissance of Hazardous Zones: Optoelectronic pods perform remote reconnaissance in hazardous areas including chemical spills and radioactive contamination, assessing hazard levels and coverage to prevent rescue personnel from direct exposure to dangers.
Disaster Assessment and Damage Statistics: Aerial imagery and infrared thermography allow rapid evaluation of building damage and crop losses, supplying data support for post-disaster reconstruction.
Support for Night Rescue Operations: The infrared mode delivers clear vision at night or in low-light conditions, ensuring rescue operations are not limited by time.
Wildlife Tracking and Protection (Emergency-related Scenarios): Track and protect wildlife displaced or injured by natural disasters, and monitor their movement trajectories via infrared detection.
Case 1: Unmanned Helicopter Emergency Projects in Shandong, Shanxi, Guizhou and Hunan
In the unmanned helicopter emergency projects across Shandong, Shanxi, Guizhou and Hunan provinces, our S260TD and TZ230TA electro-optical gimbals have played a vital role. The project deployed 12 sets of S260TD electro-optical gimbals and 1 set of TZ230TA electro-optical gimbal, which are compatible with an advanced tandem twin-rotor UAV developed by another manufacturer. Featuring high-precision detection and recognition capabilities, these optoelectronic pods deliver robust intelligence support for emergency rescue operations. They can rapidly capture target information in complex environments and assist rescuers in making accurate decisions. The tandem twin-rotor UAV, with outstanding stability and load-carrying performance, ensures efficient operation of the electro-optical gimbals. This integrated solution has greatly improved the response speed and rescue efficiency of the emergency systems in the four provinces.
Case 2: Medium Composite Wing Emergency Projects in Inner Mongolia, Jiangsu and Henan
In the medium composite wing emergency projects covering Inner Mongolia, Jiangsu and Henan, a total of 39 sets of our TZ130TM electro-optical gimbals have been applied as core equipment. Fully compatible with advanced vertical take-off and landing (VTOL) fixed-wing UAVs, the pods deliver high-precision detection and ultra-stable operational performance to provide strong technical support for emergency rescue missions. In complex and variable rescue scenarios, the TZ130TM optoelectronic pods can quickly capture and transmit key on-site information, enabling rescuers telectro-optical gimbal so make accurate and efficient judgments. Equipped with long endurance and wide coverage capabilities, the VTOL fixed-wing UAVs ensure continuous and high-efficiency rescue operations. The integrated combination of equipment has significantly enhanced the emergency response speed and overall rescue capability of the emergency systems in the three regions.
Case 3: Hubei Forest and Grassland Firefighting Capacity Enhancement Project
In the Hubei Forest and Grassland Firefighting Capacity Enhancement Project, our TX108TA electro-optical gimbals serve as core equipment to boost fire monitoring and emergency response capabilities. A total of 70 sets of TX108TA high-performance electro-optical gimbals are deployed and integrated with various UAV platforms developed by a leading Wuhan-based enterprise, including agile multi-rotor UAVs, long-endurance VTOL fixed-wing UAVs, and highly stable unmanned helicopters. This integrated solution greatly improves early wildfire detection for forests and grasslands. Meanwhile, real-time high-definition video transmission provides accurate reference for command and decision-making. The seamless integration of TX108TA electro-optical gimbals with multiple types of UAVs demonstrates the powerful value of technology-enabled fire protection, building a solid defense line for the safety of forests and grasslands across Hubei Province.
