Roborock Debuts RockAqua P1, Advanced Robotic Pool Cleaner, at IFA Berlin

September 3, 2026
Roborock Debuts RockAqua P1, Advanced Robotic Pool Cleaner, at IFA Berlin
  • Ecovacs is expanding from indoor floor cleaning to windows, lawns, and pools, with service robotics now reaching over 38 million households in nearly 180 markets worldwide.

  • At IFA Berlin 2026, Ecovacs showcased major releases like the WINBOT W3 OMNI with Vortex Wash, the GOAT T Series with TruEdge Trimmer and HoloScope 360 Dual-LiDAR Navigation for lawn care, and the OZMO ROLLER 3.0 on the DEEBOT X12S OmniCyclone for enhanced floor cleaning.

  • The company credits its leadership to in-house R&D, scalable tech stacks, and a vertically integrated model driven by substantial R&D investment and a large patent portfolio.

  • Narwal referenced a Wet and Dry Vacuum Series, but no release dates or prices were provided in the coverage.

  • Australian pricing was announced for the Saros 20 Flow and Qrevo Edge 3 Pro at AU$2,799 each, with the Qrevo Edge 3 Pro due by month’s end and the Saros 20 Flow launching by early October.

  • Freo 20 Edge remains a more affordable option with FlowWash and 31,000 Pa suction, but without hot-water brush cleaning, priced at $799.99.

  • RockAqua P1 is planned for Europe with US availability still to be decided.

  • Australian market focus continues through MOVA's retail partners, though launch specifics for AstraX, TactiPercept, UltraTrim 4.0, and Knot 80 were not confirmed at IFA and remain part of a global roadmap.

  • Ecovacs’ globalization strategy includes a 3S localization framework—Space, Setting, Service—to tailor products to regional environments and usage habits.

  • Additional product details and assets are available on Ecovacs’ UK press pages and Dropbox, with the original press release on PR Newswire.

  • Narwal highlights the Freo 20 models with the DualFlow Tangle-Free System for debris-free operation, underscoring maintenance-friendly design.

  • Narwal’s robots feature dynamic suction that lowers for large debris and increases as they approach debris.

Summary based on 26 sources


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