Volunteer rescuers used a heavy-lift drone to hoist a stranded resident from floodwaters to safety in China's Guangxi region.
This operation highlights the growing role of unmanned aerial vehicles in emergency response when conventional rescue methods are overwhelmed by environmental disasters.
The rescues took place in the Hengzhou area and Yunbiao town following the impact of Typhoon Maysak. The storm caused severe flooding that left approximately 15,000 people stranded in Yunbiao town [1]. Because the water levels rose rapidly, traditional rescue efforts were unable to reach all affected residents.
Footage from the operations shows the drone lifting a resident out of the water and transporting them to a secure location. While some reports differ on the exact date of the rescue, documentation places the events between July 6 [2] and July 7, 2026 [3].
There are conflicting accounts regarding the initial position of the rescued individual. One report said the resident was carried from a rubber dinghy, while another video showed the resident clinging to a submerged tanker truck [2]. Despite these discrepancies, the drone successfully extracted the person from the flood zone.
Beyond the direct evacuation, the volunteer teams utilized the heavy-lift drones to deliver essential supplies to residents trapped on the upper floors of buildings. These aerial drops provided food, and medicine to those who could not be immediately evacuated by air or boat.
The deployment of such technology in Guangxi suggests a shift toward integrating high-capacity drones into disaster management. These machines can navigate debris-filled waters and reach isolated rooftops more quickly than ground-based teams or traditional helicopters.
“Volunteer rescuers used a heavy-lift drone to hoist a stranded resident from floodwaters to safety.”
The use of heavy-lift drones for human extraction marks a transition from drones being used primarily for surveillance to being used for active rescue. As extreme weather events increase in frequency and intensity, the ability to deploy rapid-response aerial assets can reduce the reliance on risky boat deployments in unpredictable currents.


