What robot vacuum cleaner Xiaomi to take: expert analysis of models

Choosing a smart home assistant is no longer a simple task, as Xiaomi’s range of robot vacuum cleaners grows every year. In 2026, there are many devices on the market, from budget models with a gyroscope to flagships with artificial intelligence that recognize obstacles. It is easy for a buyer to get confused about the names, specifications and differences between brands included in the Mi Home ecosystem.

The right decision depends on the type of accommodation you have, the availability of pets and the quality of your cleaning. Some people need a basic sweep while you are not at home, others need a full wet cleaning with steaming carpets. Xiaomi and its sub-brands offer solutions for any scenario, but it is important to understand what you are paying for.

In this article, we will explore in detail key navigation technologies, types of self-cleaning bases, and the real possibilities of modern algorithms. You will learn why overpaying for the latest generation lidar can be useless for a small apartment, and in some cases, you can not do without a station with automatic garbage discharge.

The first thing to look at when choosing a navigation system is the one that determines whether a robot will randomly rush around a room or build a clear map of an apartment. Xiaomi devices most often have two main types: a laser rangefinder (LDS) and gyroscopic navigation.

Laser lidar (LDS) models scan a 360-degree space, creating an accurate map in the app, remembering layouts, allowing virtual walls and exclusion zones to be set, and operating an efficient snake route, standard for today's mid-to-high-end devices.

Gyroscopic models are cheaper, but they don't map a room. They move in a straight line until they hit an obstacle, then they change direction. This is effective for small studios without complex layout, but in multi-bedroom apartments, the robot can skip sections or get stuck.

  • 🎯 Laser lidar (LDS) β€” Ideal for complex apartments and large areas.
  • πŸŒ€ Gyroscope - budget option for studios up to 40 sq.m. and simple premises.
  • πŸ“‘ Camera navigation (VSLAM) β€” It is used in the flagships for object recognition and 3D-mapping.

It's important to understand that the lack of a lidar (protruding turret on the case) usually means a simplified algorithm for movement, but some new models have learned to do without it thanks to advanced cameras and sensors, although this is still rare in the mass market.

πŸ“Š What is more important to you in the navigation of the robot?
Accurate map of the room
No stuckness
Low price
Working in the dark

Types of self-cleaning and maintenance bases

The current trend is to minimize human involvement in the cleaning process, where once the user had to clean the container after each run, now there are automatic stations, which are divided into several types depending on the functionality.

Auto-Empty bases suck garbage from the robot container into a large bag inside the station, so you forget about cleaning for 60 to 90 days, and you usually have a powerful motor inside the station that creates a strong airflow.

More advanced models feature automatic washing and drying of rags. After wet cleaning, the robot returns to the base, where the washing pads are cleaned with clean water and then dried with hot air, preventing the appearance of odor and mold.

⚠️ Warning: Drying stations require periodic water and dirty slurry discharge. Make sure you have space to install such a design and access to an outlet.

All-in-One combined stations combine dust removal, washing, drying and even adding detergent, which is the pinnacle of robotic systems evolution, but also the cost of such complexes is much higher.

πŸ’‘

If you have pets, choose a base with a powerful auto-dust engine, as the wool quickly clogs the robot's small containers.

Wet cleaning: vibration or rotation?

When deciding which robot vacuum cleaner Xiaomi will take, it is important to decide on the type of wet cleaning. In 2026, three main technologies are used, each with its own advantages for different types of pollution.

The classic passive rag system will simply put a wet wipe behind it, which is good for removing fresh dust and lightly refreshing the floor, but it won't cope with dried stains, which are most common in the budget segment.

Sonic Mopping systems press a cloth against the floor and vibrate at a high frequency (thousands of movements per minute), which allows more efficient cleaning of contaminants, mimicking the movements of a person's hand when washing the floor.

Rotational systems use two round rags that rotate and press on the floor, which are considered to be the most effective for complex contaminants in the kitchen or in the hallway, and some models are able to lift a rag when they come on the carpet.

Type of systemEfficiencyNoisePrice.
PassiveLow.Low.Budget budget
VibrationalMedium/HighMediumMedium.
RotationalTall.Tall.Premium

The choice of technology depends on the flooring. For laminate and parquet, vibration may be preferable due to less mechanical impact, whereas for tiles, rotational models will show the best result.

Passability and carpet handling

The presence of carpets in the house dictates the specifications of the robot, the key parameter here is the height of obstacles overcome and the power of suction.

Standard models usually overcome thresholds up to 2 cm high If you have high transitions between rooms or thick carpets with a long pile, you need to look for models with increased clearance and large wheels.

Suction power is measured in Pascals (Pa). For smooth floors, 2,000-2500 Pa. For carpets with pile, where dust and wool can get stuck, the recommended power is from 4,000 Pa and higher. Many robots are able to automatically increase the suction force when they enter the carpet.

  • πŸ• For pet owners, the automatic power increase on carpets is critical.
  • 🚫 Models without lifting function can wet carpets when wet cleaning.
  • πŸ“ Check the height of the robot: some models will not climb under low furniture because of lidar.
Why does a robot get stuck on a black carpet?
The cliff sensors on the bottom panel perceive the black pile as a cliff, and in these cases the robot stops and squeals, so the solution is to tape the sensors with translucent tape or buy special magnetic limiters if the model supports them.

Ecosystem and management through application

Smart home can not exist without easy management. All current Xiaomi robots are controlled through the Mi Home application, but it is important to consider the server region. Some models released for the Chinese market require switching the region in the application settings to China.

The app's functionality allows you to not only start cleaning, but also customize scripts. You can prevent a robot from entering the nursery while a child is sleeping, or send it to clean only the kitchen after dinner. Integration with voice assistants (Alice, Siri, Google Assistant) works steadily.

Updating the firmware is an important aspect: periodically, the manufacturer releases software that improves the algorithms for bypassing obstacles or adds new cleaning modes, and ignoring updates can lead to improper navigation.

⚠️ Warning: When buying a device labeled "Global Version," make sure the power supply has our plug.Chinese versions require an adapter that often falls out of the socket.

For advanced users, integration through Home Assistant is available, allowing you to create complex automation beyond the standard functionality of the Mi Home, which turns the vacuum cleaner into a full-fledged element of the smart home.

β˜‘οΈ Pre-purchase check

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To determine which robot vacuum cleaner Xiaomi will take, let’s compare the main line of devices that are relevant at the moment.

Xiaomi Robot Vacuum series (basic) are workhorses, often lacking a self-cleaning base, but have a great lidar and good app, perfect for those who want laser navigation but are not willing to overpay for auto-unloading dust.

Xiaomi Vacuum-Mop combines vacuum and mop functions, and there are often trade-offs: either less suction or less water container, a good option for keeping things clean, but not for cleaning.

Flagship models under the Dreame brand (part of the Xiaomi ecosystem) offer maximum technology: 3D-It's a choice for those who want to get the most automation and are willing to pay for it.

SeriesNavigationBaseFor whom?
Robot VacuumLaser (LDS)No/OptionBasic cleaning
Vacuum-MopLaser/GyroscopeNo.Comprehensive cleaning
Dreame Bot3D + LaserFull machinePremium segment

And the 1S and Pro series, which are the niche between budget and flagships, often offer better value for money, with lidar but no rag washing functionality on the base.

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The middle ground is a model with laser lidar and the ability to install a docking station for dust unloading, even if you buy the station later.

Frequently Asked Questions (FAQ)

Can I wash the floors with chlorine-containing products?
It is strongly recommended not to use aggressive chemicals, chlorine or foaming agents. This can damage the rubber pump seals, lead to clogged water supply system and cancel the warranty. Use only special tools for robotic vacuum cleaners or clean water.
How often should filters and brushes be changed?
HEPA-The filter should be changed or washed (if the model allows) every 2-3 months. The side brushes wear out in 3-6 months, and the main turbobrush lasts about a year.
Does a robot work without the internet?
Basic functions (start button on the case, return to base) work without Wi-Fi. However, mapping, zoning, schedule and control from a smartphone require a connection to the network. Without the Internet, the robot will become a simple broom.
What to do if the robot loses the map?
If the robot stopped seeing the map, try cleaning the lidar sensors with a soft dry cloth. If that didn't work, the map settings in the Mi Home app often have a "Save Map" or "Restore" feature, and in extreme cases, the map will have to be rebuilt, starting a full cleaning.