Emergency Rescue solution

The emergency rescue robot is designed with quadrupedal locomotion, environmental perception, and autonomous decision-making capabilities. Targeting typical operational scenarios such as urban buildings, industrial facilities, and underground spaces, it focuses on fire suppression and reconnaissance, emergency rescue, and communication support as its core missions. Equipped with rapid deployment via general-purpose drones and helicopters and multi-task rapid switching capabilities, this robot serves as both a partner and surrogate for firefighters and emergency responders, enhancing operational efficiency while minimizing human risk.

Urban, Buildings, Communities

Rescue operations in public areas such as cities, high-rise buildings, and communities are characterized by high unpredictability, extreme urgency, and large-scale impacts. By leveraging air-ground and human-machine rapid deployment, the system enables all-terrain, all-weather, non-stop integrated safety and fire inspection operations. Through rapid intelligent planning and decision-making, it integrates reconnaissance, response, rescue, support, and evacuation processes into a unified workflow. This approach ensures the protection of lives and social assets, while significantly reducing economic losses and social disruptions.

closed space and underground environment

Firefighting and rescue in enclosed spaces and underground environments are characterized by time urgency, high technical requirements and high rescue difficulty.

The use of quadrupedal robots has the three major advantages of rapid response, scientific decision-making and efficient execution!

1 equipped with life detectors, infrared thermal imaging, acoustic wave detection and other life target intelligent detection and localization;

2 Through the communication relay mode to quickly realize the communication coverage;

3 Autonomous clearing, breaking, rescue tools, medical supplies, transportation and other functions to achieve on-site rescue and disposal;

Realize information sharing and intelligent decision-making through multi-person and multi-machine collaboration.

safety production

Fire safety accidents are characterized by high sporadic occurrence, strong instantaneous destructive power, serious social impact, and great loss of personnel and property.

Safety production emergency response based on human-machine collaborative rescue has three advantages: rapid response, scientific decision-making, efficient execution, and strong safety. Ensure industrial production, life safety, social stability.

1. Integration into city monitoring and protection network

Access to the city monitoring system through 5G/private network, real-time return to the scene of high-definition video, thermal imaging and environmental data (such as gas concentration, temperature and humidity)

2. Air-ground, man-machine cooperative operation

Support voice command, AR gesture control and autonomous decision-making switching, the operator can plan the path in real time and mark the key areas through the intelligent terminal, and the machine dog combines the algorithm to optimize the action strategy dynamically.

3. Emergency response, security, search and rescue

Adopting modularized design, it can quickly mount task modules such as breaking tools, medical kits, life detectors, etc., and adapt to scenarios such as earthquakes, fires, chemical leaks and so on. Search for trapped people and return relevant information.