The Lydsto pool cleaning robot is an automatic cleaning device designed specifically for private swimming pools. Its purpose is to address the cleaning issues of private pools, enhance cleaning efficiency, and reduce the burden of pool maintenance on owners. In North America, there are millions of private swimming pools that require regular cleaning. Currently, the cleaning is primarily done by the owners themselves or by hiring individuals. Self-cleaning is a massive task, and given the high labor costs in North America, hiring someone long-term for upkeep is impractical. This scenario creates a significant market opportunity for pool cleaning robots. Traditional pool cleaning products have many inconveniences, such as tangled power cords and interference with pool usage. If we use modern technological innovation to address the pain points of existing products and develop a new robot capable of completely autonomous pool cleaning, leveraging the algorithms and technologies accumulated by our team in developing floor cleaning robots, we have the chance to create a revolutionary product. The future holds rapid growth for automatic pool cleaning robots, and together with the Lydsto team, we have completed the design and development of this product. After over a year of continuous refinement, the product is now officially on the market.In practical use, the Lydsto pool cleaning robot has high practicality. Firstly, traditional pool cleaning products require a long power cord connected to the shore during use because it is unsafe to provide power underwater. The long power cord can interfere with people's activities in the pool, so it needs to be retrieved after use. Moreover, the power cord can easily get tangled around obstacles in or around the pool during the cleaning process. This product completely solves the problem of needing a connected power cord through charging floats and a charging station. The robot can live entirely underwater, sweeping the pool at scheduled times, recharging itself when the battery is low, and can also be remotely controlled via a smartphone app. Secondly, the robot is equipped with multiple radar sensors that allow it to scan the shape of the pool and plan its path accordingly, ensuring the highest efficiency in cleaning without missing any spots. It also has a vertical wall-climbing feature that enables it to clean mud and moss on the walls. When the battery is low, it can swim back to the charging station on the shore and complete charging by itself, then clean according to the schedule you set. Lastly, in terms of design structure, the robot is completely symmetrical front and back. It can switch directions freely based on its algorithm. The handle can also rotate 180 degrees front to back, and the cleaning components are consistent on both ends, facilitating bidirectional cleaning.In addition to meeting high technical practicality standards, this product also boasts an impressive and memorable appearance. Firstly, it needs to navigate underwater for extended periods and can surface when necessary, resembling a "fish" or a "submarine." Therefore, its streamlined design conforms to fluid dynamics. It must not only clean the pool floor with strong kinetic energy but also climb vertical walls, necessitating a large cleaning brush roll and caterpillar treads for sufficient power, which infuses its appearance with some engineering machinery genes. The final design features a cylindrical body with a streamlined shape that offers not only agile underwater maneuverability but also excellent impact absorption and crawling capabilities. The design incorporates visual elements reminiscent of racing cars, integrating the otherwise conspicuous large balance handle into the robot's overall visual system. Secondly, the robot's handle doubles as a balance float, filled with ultra-light polystyrene foam. When submerged, the handle/float gradually becomes vertical to balance the machine, offering both aesthetic appeal and practical functionality. Lastly, the integration of modern smart technology, such as radar sensors and intelligent control systems, ensures its commendable performance in both functionality and technological elegance.The Lydsto pool cleaning robot holds valuable cultural significance. It symbolizes the integration of modern technology with traditional domestic life, reflecting humanity's pursuit of a better life and exploration of scientific progress. Furthermore, the introduction of this product advances the pool cleaning industry, offering consumers more convenient and efficient cleaning options.In terms of safety and ease of use, the Lydsto pool cleaning robot mainly addresses the issue of traditional pool robots getting their power cords tangled, which also affects the safety of people in the pool. When used for the first time, the pool robot scans the shape of the pool, creates a map, and plans its cleaning path based on the map. This allows it to clean the pool in the most efficient manner possible without missing any spots. The design of the handle, which also serves as the robot's balance buoyancy, is filled with ultra-light polystyrene foam. When the machine submerges, the handle/buoyancy gradually becomes vertical to balance the machine. Additionally, when the machine needs to surface, the handle ensures it emerges first, allowing users to easily grasp it and lift the machine out of the water. The pool robot's charging system consists of a charging station, a float, and the robot body itself. The float is connected to the robot body and has charging contacts that align with those on the charging station. Both the charging station and the float are buoyant on the water's surface, ensuring the charging ports are always above water and maintaining a dry charging environment. When the battery is low, the robot and float together swim back to dock for charging. Since only a small float is visible above the water's surface, the robot does not disturb people playing in the pool while it operates. Moreover, the robot remains underwater almost all the time. Users can remotely control the robot through a smartphone app to schedule cleanings, and it will automatically recharge when the battery is low.