Description
Roborock Methodical Clean System
Roborock Xiaowa e3 robot distinguishes itself from common robot vacuum with its dual-gyroscope system and dual-optical motion tracking sensors.
Dual-gyroscope system senses an operating angle and adjusts the body to keep the previous methodical clean path.
Dual-optical motion tracking sensors work like “Electric eye” which precisely calculate each step and a cleaning map is accurately defined without missing.
Roborock Xiaowa e3 robot saves 20%-30% clean time and battery consumption than common systematic robot vacuum.
Intelligent and Flexible
A full suite of sensors indicate more intelligence when tackling complicated cleaning environment. No need to worry about falling down from stairs, being stuck and charging.
Tangle Free
Brushes and wheels are both designed to be tangle-free, avoiding hairs or furs get into the cleaner. A beak-like clean tool accessory is included to remove hairs.
Multi-Mode Clean
Carpet, Quiet, Mopping, Balanced, Turbo & Max mode, switching among different modes flexibly to meet different cleaning requirement. Enjoy your cleaning time.
Sweeping and Mopping
Sweeping and moping at one time, which reduces your mopping chore but provides a dustless and presentable home.
Efficient Target Cleaning
Press the spot clean button to let it clean a circular area in 1.2m diameter. Special design for your clean preference.
Self-adjust Brushes
The main brush floats up and down to keep close to the ground and the dynamic variable-speed side brush adapts its speed according to different clean situation, ensuring a full clean
.
Gentle Hit
This robot slows down and touches the obstacles gently. Safe to your baby, your pets and your furniture.
Strong Suction
The design of a streamline air duct with oversize 640ml dust bin utilizes the air force to the max and steer it smoothly, improving its clean efficiency.
Smart Self-protection
The Xiaowa e3 robot vacuum automatically stops to change direction if cliffs are detected. And this cleaner would stops working if lifted off ground.