Narwal FLOW launched at CES 2025 as the most advanced all-in-one cleaning robot to date. The device revolutionizes autonomous floor care with industry-first Track Mop technology, powerful 22000 Pa suction, and smart AI navigation that requires virtually no daily maintenance from users.
Revolutionary Mopping with Track Mop Technology
The FLOW's Track Mop system delivers breakthrough cleaning performance never seen in robotic floor care. Sixteen precision nozzles dispense 45°C hot water continuously during operation, ensuring the mop stays refreshed with clean water at all times.
Steady 12 Newtons of downward pressure scrubs away stubborn dirt and grime. The built-in scraper actively collects debris and wastewater, preventing streaks and cross-contamination across different floor surfaces. This innovation sets FLOW apart from conventional robot mops that simply drag dirty water around.
Powerful Vacuuming: DualFlow and CarpetFocus Systems
FLOW tackles dry messes with zero-tangle DualFlow technology.
The system pairs a floating roller brush with 22000 Pa suction power for comprehensive debris removal. CarpetFocus technology creates a near air-tight seal by pressing tightly into carpet fibers, extracting embedded dirt that standard robot vacuums leave behind. This dual approach delivers twice the carpet-cleaning performance of typical robotic cleaners, making FLOW a true all-in-one solution for homes with mixed flooring types.
Narmind Pro: Intelligence and Seamless Navigation
The Narmind Pro autonomous system powers FLOW's intelligent operation through dual RGB cameras, 3D depth mapping, and robust on-board AI processing. Precise obstacle detection prevents collisions while adaptive mop extensions ensure thorough edge and corner cleaning.
Dynamic brush adjustments automatically optimize performance for different surfaces. Local data processing emphasizes user privacy while delivering real-time responsiveness throughout the cleaning cycle.
Self-Maintenance and Smart Dock Convenience
FLOW's multifunctional dock eliminates daily maintenance tasks entirely.
The Standard Dock provides hot water mop washing, hot air drying, and tank sterilization automatically after each cleaning session. A 2.5 liter dust bag stores debris for up to 120 days without replacement. The Compact Dock offers a smaller footprint while retaining automatic drainage and detergent dispensing capabilities, ensuring hands-off maintenance tailored to any home layout.
Smart Home Integration and Availability
Voice control works seamlessly with Google Home, Alexa, Siri, and Narwal's own “Hey Nawa” command system. The Narwal app allows complete customization of cleaning routines, including suction and mopping intensity preferences for different rooms and floor types.
Matter standard integration arrives later this year for unified smart home control. FLOW launches September 4 with introductory pricing of €899 for the Standard Dock configuration and €1099 for the Compact Dock version, available through Amazon and Narwal's official website.
Narwal FLOW Launches: Ushering in Hands-Free Deep Cleaning
The FLOW represents a breakthrough in home cleaning robotics by combining advanced vacuuming, innovative mopping, and complete self-sustainability in one cohesive package. Its remarkably slim 95 millimeter profile allows seamless navigation underneath furniture and smooth transitions between rooms.
Modern homes seeking efficient, autonomous floor care now have a solution that demands virtually no intervention from users while delivering professional-grade cleaning results across all floor types.
Narwal FLOW establishes new benchmarks in the smart cleaning market through its combination of deep-cleaning hardware, adaptive intelligence, and genuinely hands-free maintenance capabilities. With comprehensive smart home connectivity, competitive pricing, and category-leading technology, FLOW positions Narwal at the forefront of home robotics innovation. The device will likely reshape consumer expectations for autonomous cleaning as increasingly connected homes continue their rapid evolution.
