During the summer vacation, drowning incidents among primary and secondary school students unfortunately reach a peak period. These accidents occur for various reasons, including swimming and playing in water, bathing to beat the heat, playing near water, or even accidentally slipping and falling into water. Statistics reveal that approximately 57,000 drowning incidents occur annually in China. Behind this heartbreaking figure lies the staggering reality that minors account for over 95% of these cases. Each of these cold statistics represents a shattered family, each carrying immeasurable grief.

Unmanned reconnaissance vessels are autonomous surface vessels primarily designed to perform various reconnaissance missions. Equipped with multiple advanced sensors, communication systems, and automated control technologies, they can navigate autonomously on the water surface or operate under remote commands to collect data and gather intelligence on target areas.

The design of the unmanned reconnaissance vessel is tailored for rapid, efficient underwater reconnaissance and surveillance missions. Its streamlined hull effectively minimizes navigation resistance, ensuring high-speed, stable operation. Additionally, the vessel is equipped with advanced autonomous obstacle avoidance capabilities, enabling it to automatically steer clear of obstacles at long range, significantly enhancing operational safety and efficiency.

Additionally, the vessel is equipped with night warning lights and collision guards, significantly enhancing safety and reducing collision risks during low-visibility and nighttime operations. The onboard high-efficiency vessel control system provides real-time monitoring of hull speed, latitude/longitude, and six-degree-of-freedom attitude, streamlining operational procedures while substantially improving mission execution flexibility.

Unmanned Surveillance Boat DY-SYE-WZCWith its streamlined design, autonomous obstacle avoidance capabilities, and robust vessel control system, it demonstrates unparalleled adaptability and operability in complex environments. Its applications extend beyond underwater reconnaissance to encompass emergency rescue, material transport, disaster monitoring, and other diverse fields.