HOBOT S6 Pro Robotic Window Cleaner
HOBOT-S6 Pro redefines window cleaning with its revolutionary dual mop-polish function, rapidly reciprocating at 600 times per minute. It is the first window cleaning robot in the market that cleans with two reciprocating cleaning cloths, this unique function not only cleans the window more efficiently but also neutralizes static electricity, ensuring your windows stay clear and bright for a longer period of time. HOBOT-S6 Pro incorporates patented dual ultrasonic spray nozzles, Edge-Leakage-Bumper Sensors, and the intuitive HOBOT LEGEE App for easy use. The ultrasonic spray nozzles nebulize water into fine mist particles, inspired by the human action of blowing a breath onto the glass before cleaning. The Edge-Leakage-Bumper Sensors provide precise detection for smooth movement on framed or frameless windows. You can also personalize the voice prompt and update the firmware through the App, ensuring you always have access to the latest features.
Reciprocating Polish | 600 times/min. High Speed & 4mm Stroke
Effectively Remove Dust and Dirt Mimicking the way a human wipes windows, but much faster and easier. Release your hands and save time.
Neutralize static electricity on the surface to maintain a long-lasting clear and shiny window.
Move faster and smoother than other brands do thanks to the reciprocating dual mop which greatly reduces the friction.
The ultrasonic spray nozzles nebulize water into 15µm fine mist particles to deliver unparalleled cleaning results without leaving water stains on glass.
The ultimate detection solution brings smooth and safe cleaning
The ELB in HOBOT-S6 Pro responds rapidly to air leakage from window seals or frameless edges, as well as to bumps when the robot contacts window frames, ensuring a safer and smoother window cleaning experience.
Intuitive Operation, Smart Move!
Use the App to select HOBOT’s facing side, making the directional inputs more intuitive for precise cleaning. When using a physical remote control, HOBOT will automatically detect the signal’s origin direction and respond accordingly.
