During floods, the water surface environment becomes complex, often filled with floating debris such as trees and miscellaneous objects. Simultaneously, the topography of submerged areas becomes unpredictable, potentially concealing obstacles like building debris and utility poles. Traditional rescue vessels in such conditions are prone to propeller entanglement by debris, while their hulls may collide with hidden obstacles, hindering rescue progress. In contrast, air-cushion vehicles can navigate smoothly over water surfaces laden with floating objects and even traverse minor obstacles, swiftly reaching trapped individuals for rescue operations and supply delivery.

At the heart of the aerodynamic boat lies its unique air propulsion system, which drives air through high-powered fans and propellers to generate powerful thrust. This design enables it to navigate with exceptional agility through areas inaccessible to conventional vessels, such as water-covered vegetation, shoals, marshes, and snow-covered terrain. The air-powered boat's uniquely engineered hull ensures smooth movement across diverse surfaces like ice and sand, minimizing friction to enhance both speed and maneuverability. Consequently, it excels not only in aquatic environments but also demonstrates outstanding versatility in dry or extremely shallow conditions, adapting seamlessly to complex and variable landscapes.

In floodplains or marshlands, traditional boats often struggle to navigate due to insufficient water depth or complex terrain. Aerodynamic boats, however, can effortlessly traverse shallow waters and dry land. For instance,after Hurricane Katrina struck New Orleans in 2005, rescue teams utilized aerodynamic boats to navigate flooded neighborhoods and shallow areas, swiftly reaching trapped residents to carry out rescue operations. Thanks to their exceptional obstacle-crossing capabilities, aerodynamic boats significantly enhanced rescue efficiency.

The aerodynamic vessel DY-SYE-KDCnot only plays a vital role in rescue operations through its air propulsion system, but also finds extensive applications in environmental protection, tourism, and military sectors. It overcomes the limitations of conventional vessels, enabling efficient operation in complex environments and providing an ideal solution for rapid rescue missions, ecological conservation, and operations in challenging terrains.