Ehang’s autonomous aerial vehicle included the EH216F – firefighting model, the EH216 and Falcon B series.
3 August 2021: EHang Holdings Limited recently collaborated with the local Emergency Management Bureau, Fire Rescue Brigade and other departments to complete the unmanned aerial vehicle fire rescue drill in Shandong Province of China. The high-rise firefighting and emergency rescue exercises were carried out with smart emergency rescue and aerial firefighting technologies. Ehang’s autonomous aerial vehicle included the EH216F – firefighting model, the EH216 and Falcon B series.
This is the first time for EH216F to be applied by emergency fire departments in a fire drill after it has successfully completed the technical examination by the China National Fire-Fighting Equipment Quality Supervision Testing Center.
Mr. Huazhi Hu, Founder, Chairman and CEO of EHang said, “The fire rescue drill in Laixi city, Qingdao, demonstrated the practical utilization of EHang to support smart city emergency response and firefighting management in air firefighting and rescue scenarios. EHang provides a new solution based on our core AAV technologies for intelligent aerial fire emergency rescue through integrating multiple functions such as aerial fire detection, fire extinguishing, rescue, emergency and firefighting management, etc. In the future, this can be expected as a fundamental element in building a lifeline for more urban high-rise firefighting scenarios and power the optimization of smart city emergency response and firefighting management systems.”
The drill replicated a high-rise fire scenario on a construction site. The Emergency Command Bureau of Laixi City quickly dispatched multiple EH216F, EH216, and EHang Falcon B Series to provide emergency air support. The dispatched aircrafts successfully completed tasks such as fire detection, aerial broadcasting, airdropping emergency firefighting supplies, breaking high-rise windows and extinguishing fires, and rescuing trapped persons among other functions as solutions to critical pain points in urban high-rise firefighting and greatly improve emergency rescue and firefighting efficiency.
This fire drill is based on the authentic lack of capabilities in local high-rise emergency rescue and firefighting forces, fully demonstrating the advantages of UAVs in high-rise rescue, such as breaking through space limitations, rapid response, remote monitoring, cluster management, multi-machine linkage, and avoiding casualties.
Meanwhile, AAVs also supplement the UAV emergency rescue and firefighting force in Laixi City, Qingdao, helping to establish an efficient unified command, prompt response, and orderly coordination UAV emergency rescue and firefighting linkage mechanism. This would provide more accuracy for more effective auxiliary decision-making in handling emergencies and improve the overall capabilities of urban emergency rescue and firefighting forces.
