Disaster Rescue

1. Assist in command and decision-making:

Drone observation can help evaluate the direction of flood flow and even predict which buildings may be in danger, better determining the areas that should be evacuated. Similarly, drones are also indispensable in post earthquake rescue work, identifying areas of tunnel or bridge collapse, and effectively targeting schools, hospitals, and other emergency populations in need of rescue. Drones collect real-time information in the air, effectively assisting staff in making rescue command decisions.

2. Leakage of hazardous chemicals:

When serious accidents such as chemical, biological, radioactive, nuclear or explosive spills, or transportation of hazardous materials occur, it is necessary to quickly and effectively evaluate the damage and provide timely rescue measures. In March 2011, a strong earthquake caused a tsunami to hit Japan, resulting in severe damage to the Fukushima Daiichi nuclear power plant. Due to the release of a large amount of dangerous nuclear materials, this destruction led to a comprehensive evacuation. Drones are first deployed in the air and on the ground to assess the extent of damage.

 3.3D realistic modeling and surveying:

The importance of surveying and modeling cannot be underestimated in areas with frequent natural disasters. The cost of manned aircraft is high, and the resolution of satellite surveying does not meet the requirements, resulting in high costs. Drones have advantages in quickly responding to real-time rescue by drawing maps of disaster areas. It can be quickly deployed, generate high-resolution 3D realistic maps, identify and analyze the degree of disaster, and upload data in real-time to assist in the smooth progress of rescue command work.