I. Background and Needs of the Solution

In the disposal of natural disasters (such as earthquakes, floods, forest fires) and sudden public safety incidents (such as missing persons, hazardous chemical leaks), traditional rescue methods face pain points such as complex terrain, dangerous environments, and delayed response. Rescue personnel find it difficult to quickly reach the core area to carry out survey, search and rescue, and material delivery work. There is an urgent need for an efficient, flexible, and safe low-altitude operation system to achieve the emergency rescue goals of "rapid response, precise survey, efficient disposal, and safety guarantee."

II. Core Product Configuration

• Core Flight Platform: Multi-rotor industrial UAV with long endurance, large load capacity, wind and rain resistance, suitable for operations in complex and harsh environments;

• Perception and Observation Equipment: High-definition optical PTZ (Pan-Tilt-Zoom) that supports 360° all-round shooting and zoom observation, capable of clearly capturing target details in low-light environments;

• Emergency Interaction Equipment: High-power loudspeaker for long-distance voice command transmission and guidance of missing persons, supporting switching between pre-recorded voice and real-time broadcasting;

• Material Delivery Equipment: Precision throwing mount that can carry light materials such as first-aid kits, drinking water, and communication equipment for fixed-point delivery;

• Ground Support System: Portable ground station integrating real-time image transmission, flight control, and data storage functions, supporting multi-UAV collaborative operation scheduling;

• Supporting Accessories: Spare batteries, fast charging equipment, portable storage cases, and maintenance toolkits to ensure operational continuity.

III. Core Advantages of the Solution

1. Rapid Response: The UAV system can be quickly deployed, completing startup, commissioning, and takeoff within 10 minutes, significantly shortening the response time compared with traditional rescue equipment;

2. Safety and Efficiency: No need for personnel to enter dangerous areas; remote control through the ground station avoids safety risks such as collapse, floods, and toxic and harmful gases;

3. Multi-Dimensional Collaboration: Integrates optical observation, voice interaction, and material delivery functions to achieve a closed-loop full process of "survey - positioning - guidance - rescue";

4. Wide Adaptability: Can cope with various complex terrains such as mountains, waters, forests, and urban ruins, meeting the needs of different types of emergency rescue scenarios;

5. Easy Operation: The ground station adopts a visual operation interface, supporting one-key takeoff and landing, automatic hovering, and planned route flight. Ordinary personnel can operate it after simple training.

IV. Application Scenarios

• Natural Disaster Rescue: Search for trapped persons, disaster survey, and emergency material delivery at earthquake, flood, and debris flow sites;

• Forest Fire Disposal: Fire reconnaissance, fire spread monitoring, long-distance warning broadcasting, and delivery of fire-fighting equipment or survival materials to trapped persons;

• Urban Emergency Incidents: Reconnaissance of high-rise building fires, monitoring of hazardous chemical leak areas, search for missing persons, and emergency traffic guidance broadcasting;

• Outdoor Rescue: Search for missing hikers in remote areas such as mountains, deserts, and waters, and quickly locate and deliver rescue materials.

V. Implementation Guarantee