“AQUAX Makes Pool Maintenance Effortless for Users and Sustainable for Operators”
As pool technologies rapidly evolve around automation, energy efficiency, and user comfort, one of the most tangible reflections of this transformation is seen in smart pool cleaning robots. Er Kalıp General Manager Ertuğrul Çelebi comprehensively evaluated for our magazine the process of introducing the AQUAX cordless pool robot—developed with Fairland engineering—into the Turkish market, along with the product’s software and engineering infrastructure, its technical advantages, and his outlook on the future of the sector. Çelebi emphasized that AQUAX is not merely a cleaning device, but an autonomous and energy-efficient technology that fundamentally redefines the concept of pool maintenance.
Stating that the transformation in pool technologies is no longer limited to mechanical cleaning, Er Kalıp General Manager Ertuğrul Çelebi noted that automation, energy efficiency, and user experience have become the key determinants of the sector. In this context, he said that Er Kalıp has shaped its product portfolio in line with this new-generation technological approach while evaluating the process of bringing AQUAX to the Turkish market.
Defining the positioning of AQUAX as “not just a cleaning device, but a technology that turns pool maintenance into an autonomous process,” Çelebi pointed out that its cordless structure, BLDC brushless motor technology, and intelligent route-planning algorithms play a critical role in this transformation. He stated that thanks to its sensor-based software architecture, the robot detects the pool and creates its own route, an approach that both reduces energy consumption and increases cleaning efficiency.
Emphasizing that delivering homogeneous cleaning on the floor, walls, and waterline is critical for professional operators, Çelebi said that AQUAX was developed with the goal of “the same stability on every surface and the same cleaning quality in every zone.” He also noted that grip performance on slippery surfaces is continuously optimized at both software and hardware levels.
Regarding the filtration system, Çelebi stated that water clarity is achieved not only through surface cleaning but also through proper particle management. He noted that AQUAX’s intelligent flow and filtration structure—developed for different types of debris—minimizes user intervention and makes the cleaning process more efficient. At this point, he emphasized that the robot “cleans not only the pool, but also energy, time, and operating budgets in an intelligent way.”
Addressing energy efficiency and sustainability, Çelebi highlighted that the inverter-based approach and optimized battery management significantly reduce long-term operating costs. He added that the cordless and autonomous structure eliminates passive energy consumption, offering a major advantage especially for professional pool operators.
Touching on after-sales support, Çelebi stated that a strong nationwide service and spare parts infrastructure has been established for AQUAX in Türkiye, adding: “Our robots are not brought to Türkiye just to be sold, but to operate flawlessly for many years—and we stand behind that.” He noted that the fact that almost no service needs have arisen over the past three years has confirmed both the product’s engineering quality and the strength of the Fairland partnership in the field.
Sharing his expectations for 2026, Ertuğrul Çelebi stated that smart, inverter-based, and energy-efficient pool equipment is expected to become even more prominent in the market. Emphasizing that Er Kalıp aims to expand its cooperation with Fairland, Çelebi concluded by saying, “The pools of the future will be managed by smart, quiet, efficient, and autonomous systems,” underscoring that the brand will continue to play an active role in this transformation.
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