Disaster Rescue

— Autonomous Search, Reconnaissance & Emergency Support Solution

1. Application Background

Natural disasters such as earthquakes, floods, landslides, fires, and structural collapses create highly complex and unpredictable environments.

These scenarios often involve damaged infrastructure, blocked access routes, low visibility, and ongoing secondary risks, making traditional human rescue operations extremely challenging and hazardous.

Large-scale disaster areas also suffer from incomplete situational awareness, making it difficult to assess conditions in real time.

As a result, disaster response is shifting toward autonomous, robotic, and data-driven systems.

2. System Overview

This solution integrates:

Multi-terrain rescue robots

UAV-based aerial reconnaissance system

Multi-sensor environment perception system

Remote command and control platform

Disaster modeling and analysis system

It enables coordinated ground-air disaster assessment and support operations.

3. Ground Rescue Robot System

Multi-Terrain Mobility Platform

Operation in rubble, mud, and uneven terrain

Obstacle-crossing capability

Access to confined spaces

Autonomous navigation in unstructured environments

Multi-Sensor Perception System

Optical imaging for structural recognition

Thermal imaging for heat source detection

Low-visibility imaging systems

Gas and environmental sensing

LiDAR-based 3D mapping

Search & Localization Support

Victim heat signature detection

Hotspot localization

Structural mapping of collapsed zones

Search path optimization

4. UAV Disaster Reconnaissance System

Aerial Situation Awareness

Rapid deployment to disaster zones

Large-area terrain scanning

Structural damage assessment

Real-time video transmission

Thermal & Life Detection

Human heat signature detection

Night and smoke environment sensing

Collapse zone hotspot identification

5. Command & Data Fusion System

Real-time disaster mapping

Multi-source data fusion

Search zone allocation

Task coordination and planning

Dynamic situation updates

6. Operational Workflow

UAVs perform initial aerial reconnaissance to map disaster zones.

Ground robots then enter critical areas for detailed search and inspection.

All data is transmitted to a central command platform for analysis and rescue planning.

7. Application Scenarios

Earthquake disaster zones

Flood and urban inundation

Landslide and geological disasters

Fire and explosion incidents

8. System Value

Reduced human exposure to high-risk environments

Faster situational awareness

Expanded coverage in complex terrain

Improved rescue decision support

Shift toward robot-first disaster response

9. Scalability

Integration with emergency systems

Coordination with fire response platforms

Multi-robot search networks

AI-based victim detection models

Digital twin disaster modeling

10. Conclusion

The disaster rescue system integrates ground robotics and UAV technologies into a unified autonomous emergency response architecture, enabling safer, faster, and more intelligent disaster assessment and rescue support in complex environments.