When rescuing a drowning person, time is life, and every second counts for life and death. Now, a Water rescue robot shaped like a U-shaped dart has emerged, which can fly at high speed on the water, far faster than lifeguards, becoming a powerful weapon to save lives!
The equipment named Water rescue robot is a straight-board split rescue device carefully designed for emergency water rescue scenarios. It has a two-layer structure, ingeniously combining the power cabin with anti-collision soft buoyancy materials. This design not only ensures the stability of the rescue robot during tasks but also enhances safety. Even if it accidentally capsizes during the rescue, the built-in intelligent sensing system can quickly activate, automatically flipping the robot back to the front to continue the rescue mission, enhancing its ability to cope with complex rescue environments.
The maximum driving speed can reach 48 km/h. This speed advantage allows it to quickly deploy the moment a rescue command is received, arriving at the rescue site at an extremely fast speed to buy the most precious rescue time for the drowning person. According to relevant data, in some emergencies, it can even arrive several minutes earlier than manual rescue—and these few minutes are often the critical moment that determines life or death for a drowning person.
The remote control range can reach up to 4,500 meters, meaning rescuers do not need to risk approaching dangerous waters. They can simply stand in a relatively safe position and command the rescue robot to carry out rescue operations through precise remote control. This not only effectively reduces secondary risks during the rescue but also provides a safer rescue method for rescuers.
It can simultaneously carry and safely rescue 6 to 8 drowning persons. The drowning person only needs to simply grab the handles on both sides of the flying wing or lie prone on it to obtain support and protection, simplifying the rescue process and improving rescue efficiency. It can also be used to tow rescue supplies such as lifebuoys, rubber boats, and floating ropes, providing all-around support for rescue operations. Moreover, the rescue flying wing comes with video feedback and remote lighting functions, enabling real-time remote command from the shore to make rescue work more scientific and efficient.
This paper addresses：https://www.fengtusz.com/industry/770.html
