Surveying drone

One of the standout features of the V500 drone is its impressive flight capabilities. With a maximum flight time of up to 30 minutes, this drone offers extended flight durations, allowing users to cover larger areas and capture more footage in a single flight. Additionally, the V500 drone boasts a maximum control range of up to 1 kilometer, providing users with the freedom to explore and capture footage from a distance.

D20 is a heavy-duty multirotor UAV, equipped with a high-efficiency UAV system for intelligent aerial survey, remote sensing, and inspection. D20 also adopts millimeter-wave radar, which can realize high-precision terrain awareness flight with direct distance measurement and altitude determination, further reduces the dependence on the accuracy of 3D geographic base map and network conditions, and then realizes automatic line inspection, obstacle avoidance and altitude determination. It also uses dual differential antennas to ensure safer flight and better anti-interference ability under complex conditions. It can take off, land and fly in mining areas, bridges and surface ships.

With the continuous transformation and upgrading of my country's "digital city" to "smart city", GIS applications based on two-dimensional vector data have been difficult to meet the needs of urban intelligent management. The important construction task of national basic surveying and mapping during the "14th Five-Year Plan" period, the urban 3D platform can provide the city's 3D base for the comprehensive management of natural resources and smart city management, and provide basic data and information for urban planning, management, fire protection, emergency response, ecological environment monitoring, etc. management platform. Therefore, how to quickly and accurately obtain 3D data in geographic space has become an important support for the 3D construction of real China. UAV oblique photogrammetry has become an important way to obtain oblique photography data due to its efficient and flexible data acquisition capabilities.

In recent years, with the rapid development of my country's civil drone technology and market, the role of drones in the field of emergency rescue has become more prominent, and has been fully applied to pre-disaster hidden danger monitoring and response verification, real-time investigation and emergency response during disasters, Post-disaster loss assessment, repair and reconstruction and other emergency rescue links. UAVs have unique advantages and broad development prospects in the fields of aerial reconnaissance, fire rescue, emergency rescue, and emergency response due to their simple operation, flexible maneuverability, high safety, comprehensive vision, and strong scalability.The National UAV Emergency Monitoring Cooperation Mechanism for Major Natural Disasters was established in 2010. The goal of this cooperation mechanism is to improve the emergency response speed and capability. Quickly respond to major disaster emergency relief work. This award marks that Foxtech Robot has officially joined the "National Team", long-term assistance to the national emergency management cause, and positive contributions to improving my country's disaster emergency support capabilities.