Pipeline inspection
Reducing the labor intensity and time of inspection personnel, AI automatic flight improves the efficiency and quality of drone inspection.
No need for professional drone pilots, greatly reducing the labor intensity and time of inspection personnel; Long distance pipeline inspection, automatic charging and swapping, stable and continuous operation.
Comprehensive monitoring, high-altitude field of view, three-dimensional monitoring, timely detection of abnormal situations; Automatically identify areas of pipeline leaks, monitor illegal activities such as oil theft, and identify and alert areas with abnormal temperatures.
After the inspection is completed, the inspection results will be automatically issued, which generally include a general inspection route map, inspection route identification records, photos of abnormal points, text descriptions, and separately displayed details.
Land surveying and mapping
The application of unmanned technology in aerial surveying technology can ensure the accuracy of data in surveying locations and improve the technical effectiveness of unmanned aerial vehicle systems. Unmanned technology can also play a special role in aerial remote sensing technology. Drone technology can apply GPS navigation technology to achieve automatic navigation and can accept all high and low altitude aerial operations. Due to the small size of drones, they have the advantages of good flexibility, strong maneuverability, and fast navigation speed. Drones can also capture images in and out of the cloud, providing challenging technical support.
Drone technology is a significant modern surveying technology that has a prominent impact on social emergency support. The application of drone technology in surveying and mapping technology can effectively enhance emergency rescue capabilities for disasters, ensuring the quality and efficiency of rescue efforts. At the same time, drone surveying technology also plays a unique driving role in urban digital construction.
Drones, as an auxiliary tool, greatly improve efficiency and save costs for real estate registration personnel in on-site inspections, audits, and other work. The application of drone aerial surveying technology can, on the one hand, make registration rights investigation more accurate and minimize registration errors and risks; On the other hand, combining the GIS system established by unmanned aerial vehicle aerial survey and directly using the data for unified real estate registration can save a lot of previously expensive and time-consuming data production and organization costs. The GIS smart city system that launches the application can fully integrate with existing real estate registration data, thereby achieving digitalization, precision, and real-time management of the entire real estate registration and management.
