Can Beatbot robotic Be Used in Small Pools?

The Beatbot robots are not designed to work in small pools, as they are primarily industrial and outdoor oriented. The IP67 rating on the robot means it is dust and waterproof; it is supposed to work in wet conditions, but this rating is supposed to hold when the robot is immersed in fresh water under normal conditions. Small pools have highly concentrated chemicals, including chlorine, and can reach temperatures very often beyond the operational limits of components in Beatbot. The optimal temperature range within which Beatbot will operate reliably is -20°C to 50°C, while small pools can go beyond these limits quite often, especially when heated.
In 2022, a robotics company tested a similar outdoor robot in a small pool for cleaning purposes. It did a reasonably good job during short-term testing, but after some time with the pool chemicals, it rapidly degraded in performance. Experts say chemicals can degrade materials not designed for that environment, and that can impact the life of the robot. As robotics engineer David Miller pointed out, “Robots used in pool cleaning need specialized coatings and materials to resist chemical corrosion.”

Besides, the design of the robot is directed at movement on uneven and outdoor surfaces. Small pools usually happen in a small, flat space and just cannot challenge the robot’s navigation capabilities like larger industrial environments would. However, the limitations concerning pool conditions, such as water temperature and chemical exposure, are still at stake. As a matter of fact, an industry report in 2021 showed that specialized pool robots, designed to operate both in the physical environment of the water and its chemical properties, outperform general-purpose robots like Beatbot.

While Beatbot is highly capable in various industrial and outdoor settings, it is not suited for the harsh chemical environment of small pools. With committed pool cleaning robots, with the likes of Dolphin, come a great deal of specialized features such as anti-corrosion materials and optimized cleaning cycles for pool water conditions. “Robots have to be designed in a special way that allows them to bear the temperature and fluctuations in chemicals of pool environments for consistent performance,” explains Linda Green, a pool equipment expert.

Due to temperature, chemical, and material limitations, the functionality and design of Beatbot make it unsuitable for small pools. Specialized cleaning systems would be more suitable for those customers looking for robots to maintain their pools. Check out Beatbot for more information on its capabilities in other outdoor and industrial environments.

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