Xiaomi’s vacuum cleaners are no longer exotic — today they are full-fledged cleaning assistants that can replace a traditional vacuum cleaner in 80% of cases. But the range of models from the brand is so wide (from the budget Mi Robot Vacuum-Mop 2 Lite to the flagship Xiaomi Robot Vacuum-Mop 2 Ultra), it is almost impossible to understand the differences without deep analysis. In this article, we will not just list the technical characteristics, but show what parameters affect the real efficiency of cleaning and how to choose a model for specific tasks – whether it is an apartment with carpets, a house with animals or an office with a laminate.
The main problem with choosing a place is that marketing slogans like smart navigation or powerful suction engine often don't reveal the essence. For example, robots with a LiDAR scanner (laser navigation) are 40% more accurate at mapping spaces than models with gyroscopic sensors, but they may be less able to clean dark rooms because of the nature of the laser. And the suction power of 4,000 Pa sounds impressive, but in practice, for a laminate, it will be enough to build a map of a room if you set up the modes correctly. We will analyze these nuances with real examples.
Type of navigation: LiDAR vs gyroscope vs visual camera
The navigation system determines how quickly and accurately the robot will build a map of the room, bypass obstacles and remember the location of furniture. Xiaomi uses three main types:
- 🔦 LiDAR (laser scanner) is the most accurate method used in flagship models (Mi Robot Vacuum-Mop 2 Pro, Xiaomi Robot Vacuum-Mop 2 Ultra).The laser rotates 360°, scanning the room with a frequency of 1800 rpm, which allows you to build 3D-map ±1cm.
- 🌀 Gyroscopic sensors + Optical sensors - budget solution (Mi Robot Vacuum-Mop 2 Lite, Mi Robot Vacuum-Mop Essential) Accuracy lower (accuracy to error) ±10 cm), but the robot does not go blind in the dark, unlike LiDAR.
- 📷 Visual navigation (camera) + AI is used in new models (Xiaomi Robot Vacuum-Mop) 2T). The camera recognizes objects (such as shoes or wires) and plots a route, but requires good lighting.
In practice, LiDAR is better at mapping speed and obstacle-bypass accuracy, but gyroscopic models are better at cleaning at night (for example, if you run a robot on a schedule while you sleep). Visual navigation is a trade-off: it is more accurate than a gyroscope, but loses LiDAR in speed and can be lost when lighting changes abruptly.
⚠️ Warning: Robots with LiDAR (Mi Robot Vacuum-Mop 2 Pro and older) may not work properly on mirrored or glass surfaces (e.g., on a glossy floor or next to large mirrors). In such cases, it is better to choose a model with a gyroscope or visual navigation.
Absorption power: myths and real needs
Manufacturers like to specify the maximum suction power in the Pascals (Pa), but this parameter in itself says little. For example, Xiaomi Robot Vacuum-Mop 2 Ultra has 4000 Pa, and Mi Robot Vacuum-Mop Essential – only 2200 Pa.
- 🏠 For laminate, tiles, parquet will be enough 1500-2000 Pa – the main thing is that the robot correctly distributes power to the zones.
- 🐕 For carpets with short pile need 2500-3,000 Pa. Long pile (>1 cm) most of the robots Xiaomi will not master even at 4000 Pa.
- 🧹 Requirements for cleaning construction dust (for example, after repair) ≥3500 Pa Pa Pa + turboresis.
An important nuance: suction power directly affects the time of operation. For example, Mi Robot Vacuum-Mop 2 Lite discharges at a maximum of 2200 Pa in 45 minutes, while 1000 Pa will work for up to 100 minutes. If you have a large apartment, you should choose a model with automatic power control (for example, Xiaomi Robot Vacuum-Mop 2 Pro, which itself reduces suction on smooth surfaces).
| Model | Max. Power (Pa) | Operating time (min) at max power | Suitable for |
|---|---|---|---|
| Mi Robot Vacuum-Mop 2 Lite | 2200 | 45 | Laminate, tile, short pile |
| Mi Robot Vacuum-Mop Essential | 2500 | 60 | Carpets up to 1 cm, animals |
| Xiaomi Robot Vacuum-Mop 2 Pro | 3000 | 75 | Mixed coatings, medium pile |
| Xiaomi Robot Vacuum-Mop 2 Ultra | 4000 | 50 | Deep cleaning, construction dust |
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If you have long-pile carpets in your home, look for models that automatically increase power when you switch to a carpet (such as the Xiaomi Robot Vacuum-Mop 2T), which saves battery power on smooth surfaces.
3. Wet cleaning function: what Xiaomi robots with a mop can do
Almost all modern Xiaomi robot vacuum cleaners support wet cleaning, but it is implemented in different ways.
- 💧 Electronic water control (in Pro and Ultra models) - the robot itself regulates the intensity of humidification depending on the type of coating (for example, washes tiles more strongly, laminates weaker).
- 🧽 Vibrational mop (only in Xiaomi Robot Vacuum-Mop 2 Ultra) – the fabric vibrates at a frequency of 10,000 rpm, which removes up to 99.9% of bacteria (according to the manufacturer).
- 🔄 Automatic fabric washing (only in Ultra) - after cleaning, the robot itself washes the mop with hot water and dries it with hot air.
Budget models (Mi Robot Vacuum-Mop 2 Lite) simply pull moist cloth with no pressure adjustment, which can be dangerous for low-humidity parquet or laminate. If you have such coatings, choose models with a water intensity setting (for example, Mi Robot Vacuum-Mop Essential).
What happens if you use water instead of a special liquid for robot vacuum cleaners?
4.Management and Ecosystem: Mi Home vs Smart Columns
All Xiaomi robot vacuum cleaners are controlled through the Mi Home app (or Xiaomi Home in newer versions), but there are nuances:
- 📱 Basic control (inclusion, mode selection, schedule) is available in all models.
- 🗺️ Zoning and virtual walls – only in models with LiDAR or visual navigation (Xiaomi Robot Vacuum-Mop 2 Pro and higher) – this allows the robot to be prevented from entering certain areas (for example, near the cat bowl).
- 🎤 Voice control via Alice, Google Assistant or Siri supports all models, but requires a smart speaker or smartphone.
- 🤖 Smart home integration – the robot can be triggered automatically when everyone leaves the home (via presence sensors) or on a signal from another appliance (for example, after the washing machine is finished).
Importantly, gyro-navigated robots (Mi Robot Vacuum-Mop 2 Lite) don't save a map of the room after they turn off. Each time they turn on, they build a new route, making it impossible to zonate or save multiple floors. If you want this feature, choose LiDAR models.
Make sure the model supports your region in Mi Home (some Sinisms don't work in Russia)
Check compatibility with smart speakers (if you plan to use voice control)
Evaluate the need for zoning (if there are areas where the robot should not go)
Require type of navigation (LiDAR requires open space without laser barriers)
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5. Battery and working hours: how much is enough for your apartment?
Battery capacity in Xiaomi robot vacuum cleaners ranges from 2,400 mAh (budget models) to 5,200 mAh (flagships), but real life depends not only on capacity, but also on:
- 🔋 Suction power - at maximum settings, the robot discharges 2-3 times faster.
- 🏡 The area of the room - in a small apartment (40-50 m2) even 2400 mAh is enough for a complete cleaning, and for a house 100 mAh+ m2 requires a battery of 3200 mAh.
- 🔄 Cleaning mode - wet cleaning + The vacuum cleaner consumes 30% more energy than dry vacuum cleaners.
Compare the actual time of popular models:
| Model | Capacity (mAh) | Operating time (min) in mode: | Max, area in 1 cycle. |
|---|---|---|---|
| Mi Robot Vacuum-Mop 2 Lite | 2400 | 45 (max power) / 100 (eco) | 50–60 m2 |
| Mi Robot Vacuum-Mop Essential | 3200 | 60 (max) / 120 (eco) | 70-80 m2 |
| Xiaomi Robot Vacuum-Mop 2 Pro | 5200 | 90 (max) / 180 (eco) | 100–120 m2 |
⚠️ Note: If the robot does not have time to remove the entire area in one cycle, it must automatically return to the base for recharging and continue cleaning (recharge & resume function). However, in the budget models (Mi Robot Vacuum-Mop 2 Lite) this feature is not – the robot just stops and waits for manual start.
6. Additional Features: What is Really Useful?
In addition to basic characteristics, Xiaomi robot vacuum cleaners are equipped with additional features that can make life easier and be useless.
- 🚫 Carpet autodefinition -- the robot increases suction power when you switch to carpet -- useful if you have mixed coatings.
- 🧹 Container self-cleaning (only in Xiaomi Robot Vacuum-Mop 2 Ultra) – the dust collector is automatically cleaned to the docking station. Convenient, but increases the cost by 30-40%.
- 🔊 Voice alerts – the robot reports the completion of the cleaning or getting stuck. Russian firmware often runs a curve (voice in Chinese).
- 🌡️ Temperature and humidity sensor is a useless function, as the robot can not regulate the microclimate.
One of the most useful but rarely mentioned features is the Multicard (available in Xiaomi Robot Vacuum-Mop 2 Pro and Ultra), which allows you to save maps of several floors and automatically switch between them, which is true for bunk apartments or houses.
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If you have pets, look for models with fecal recognition (e.g. Xiaomi Robot Vacuum-Mop 2T).The robot bypasses "surprises" from pets, avoiding smearing.
7.Price and what to choose for specific tasks
Price range of robot vacuum cleaners Xiaomi in 2026 – from 15 000 ₽ (Mi Robot Vacuum-Mop 2 Lite to 60,000 ₽ (Xiaomi Robot Vacuum-Mop 2 Ultra.To avoid overpaying, focus on tasks:
- 🏢 Office or apartment without carpets - enough Mi Robot Vacuum-Mop Essential (25,000) ₽). It will cope with dust on smooth surfaces and easy wet cleaning.
- 🏡 Home with animals or children – better Xiaomi Robot Vacuum-Mop 2 Pro (40,000) ₽) LiDAR, zoning and 3,000 Pa power.
- 🏗️ Repair or general cleaning – Xiaomi Robot Vacuum-Mop 2 Ultra (60 000) ₽) with 4,000 Pa, vibration mop and self-cleaning.
If you have a budget but need a good navigation, consider Mi Robot Vacuum-Mop. 2T (35 000 ₽) — This is a visual navigation model (camera) + AI, which is more accurate than gyroscopic analogues, but cheaper than LiDAR robots.