Since 2013, Shenzhilan has been engaged in the R&D and manufacturing of industrial underwater robots, and has accumulated rich professional knowledge and experience in the underwater industry. In 2017, Shenzhilan transformed the ROV technology of industrial control underwater robots into civilian products for the first time, and launched the White Shark MAX underwater robot, which won the German Design Red Dot Award, known as the Oscar of the design industry, and ushered in a new trend in the R&D and design of domestic underwater robots.
Since then, civilian consumer underwater robots have officially entered the historical stage, and Deep Blue has become the leader of the underwater robot industry.
This year, Deep Blue launched the White Shark MAX series MAX2 underwater drone. White Shark MAX2 is the first underwater controllable fulcrum powered by a standardized lithium battery solution, and it is also another successful practice of Deep Blue's non-rigid body sealing theory. On December 1, the results of the Golden Pin Award were announced, and White Shark MAX2 stood out from more than 8,000 participating designs, becoming one of the 77 outstanding products shortlisted for the Golden Pin Award for Best Design of the Year, and finally won the Golden Pin Design Award, once again proving the excellent strength of Deep Blue in design and technology.
The design concept of the SUBLUE White Shark MAX2 underwater drone is the underwater controllable fulcrum, which originates from Deep Blue's in-depth understanding of the underwater environment and fluid mechanics. Its streamlined shell and self-developed wide-range adjustable high-thrust propulsion system make the robot's underwater action more flexible and precise. At the same time, the product also fully considers the needs of users, through the dual battery quick disassembly system and remote control, making the operation more convenient and intuitive.
The Sublue MAX2 not only shines in terms of product design, but also significantly improves its technical performance compared to the previous generation. The UAV uses the S-DCS dual coordinate system conversion algorithm, which can achieve 360° full-dimensional attitude control, has strong depth adaptability and stable operation performance, and can work in various complex underwater environments, suitable for marine fisheries, water dams, marine ecology, underwater film and television and other application fields.
With the successful launch of White Shark MAX2, SuBlue will lead the civil underwater robot product upgrade again.