X50 Ultra brings innovation and efficiency to the forefront. This robot vacuum intelligently clears obstacles, navigates under low furniture seamlessly, and tackles tangled hair with all-new technology. Enjoy spotless cleaning with the integrated washboard design and elevate your cleaning experience with cutting-edge technology designed for maximum convenience and performance.

Clear Obstacles Like Never Before
The ProLeap™ system ensures your vacuum navigates steps, thresholds, and small obstacles throughout your home. The motorized swing arm lifts the chassis, allowing smooth travel over complex terrains like door sills and steps, allowing uninterrupted and efficient cleaning.

Low-Furniture Cleaning Made Easy
Take control of low spaces with VersaLift navigation, enabling cleaning in hard-to-reach areas. Advanced cameras and intelligent algorithms help the robot vacuum avoid obstacles, making it easy to clean under sofas, beds, and more.

Hyper Clean 100% of Tangled Hair[1]
Experience superior hair tangle removal with the HyperStream™ Detangling DuoBrush. Its advanced air duct design efficiently clears hair, while both brushes enhance cleaning power with minimal noise, negating the chances of hair tangles and troublesome maintenance.

Streamlined Maintenance for a Lasting Clean
X50 Ultra's AceClean™ DryBoard makes cleaning tasks simple. After washing the mop, the washboard remains spotless without manual scrubbing. Post self-cleaning, a quick wipe reveals minimal residual moisture[2], ensuring it stays dry and ready for the next use.

Key Features

TurboForce Suction 20,000PA

World's 1st Robotic Retractable Legs

HyperStream™ Detangling DuoBrush Minimizes Tangles

Adaptive Intelligent PowerDock™

Upgraded AceClean™ DryBoard

ProLeap™ System

VersaLift navigation

Dual Flex Arm Technology

Bacteria Removal Technology

[1]100% Hair Detangling: Based on our in-house lab data. Actual results depend on the environment.
[2]Minimal residual moisture, mop pad stain removal rate up to 99.9%: Based on our in-house lab data. Actual results depend on the environment.