Modern robot vacuum cleaners like the Xiaomi Vacuum S10 have powerful navigation functionality, but it requires initial adjustment to fully implement it. Creating an accurate map of a room is not just a formality, but the foundation on which the entire logic of the device works. Without a correct map, the robot will move randomly around the house, skipping corners or getting stuck in the wrong places.
The process of first building a map takes time, but it allows the device to remember layout, furniture and obstacles. Unlike older models that worked randomly, the S10 uses a laser rangefinder LDS to scan the space in real time, which provides high accuracy and allows you to create complex cleaning routes.
Users often underestimate the importance of proper zone separation, which leads to inconvenience in operation. If you want a robot to stay out of the wired area or clean only the kitchen after lunch, you will need to understand the editing tools. In this article, we will detail how to make your digital assistant work exactly the way you want it to.
Preparation of the premises before the first launch
Before you start scanning, you need to make space so that the navigation algorithms work without errors. Remove all the small objects, wires, socks and toys that can confuse the brush or confuse the sensors. The ideal starting surface is a clean floor without unnecessary obstacles.
It's also important to have good lighting and open doorways between rooms that need to be on one common map. The robot has to move freely between zones to build a single, unified circuit, not a set of disparate sections. If the doors are closed, the device will perceive the rooms as isolated spaces.
⚠️ Warning: Do not try to build a map if there are pets or children in the room who can actively move around. This will knock down the positioning system and the map will be distorted.
Make sure the charging station is mounted against a wall in an open space, away from mirrors and black surfaces that can absorb the laser signal. The stable position of the base is critical, since the robot counts the coordinates from the starting point.
The process of initial map construction
The primary scan is run through the Mi Home app after the vacuum cleaner is paired with the Wi-Fi network. Select Map or Map-Build mode from the control menu. The device will exit the dock and begin to methodically explore the room, moving around the perimeter and zigzags in the center of the room.
During this process, the lidar (the rotating sensor on the body) actively scans the environment. Don't interrupt the robot, don't lift it in your arms, don't move the base. If you interrupt the process, the accumulated data may be lost, and the procedure will have to start again.
The construction time depends on the area and the complexity of the layout. For a standard apartment, it takes 20 to 40 minutes. Once completed, the robot will return to base, and the app will show a black and white plan of your home.
Editing the map and dividing into rooms
Once a draft card is created, it often needs to be reworked, as automatic separation may be incorrect, the app allows you to manually divide combined spaces or merge disparate zones, using the "Separation" tool in the map editing menu.
Draw the separation line so that it crosses the entire area of the room junction, the line should be clear and pass through doorways or bottlenecks, the system will automatically recalculate the boundaries and assign new identifiers to the zones.
- 🛠️ Tool "Divide": Allows you to draw a line that breaks a single circuit into two independent rooms.
- 🔄 Tool "Connect": merges two adjacent dedicated areas into one large area for comprehensive cleaning.
- ✏️ Correction of walls: It allows you to move the boundaries of rooms, aligning them according to the real layout of the walls.
It's important to name each room correctly (Kitchen, Bedroom, Living Room) because it will make it easier to manage voice assistants and customize scripts. Namering rooms is a key step for personalization.
☑️ Zoning checks
Configuring virtual walls and forbidden areas
One of the most useful features of the Xiaomi Vacuum S10 is the ability to create invisible barriers, virtual walls and no-go zones allow you to limit the robot’s access to certain areas without installing physical fences, this is especially true for areas with long-pile carpets or places where there are bowls of water for animals.
In the map editing menu, select the Virtual Wall or No-Go tool. You can draw a rectangle or a line that the robot can't cross. There are two main types of restrictions: a no-go and a no-go (you can come in, but you can't suck).
| Type of restriction | Principle of action | Where to apply |
|---|---|---|
| The no-go zone | Complete ban on entry and cleaning | Fringe carpet, wire area |
| Virtual wall | Linear barrier, invisible wall | Boundary between rooms, entrance to the bathroom |
| Point ban | Block only a point (rarely) | Specific item on the floor |
Using these tools makes it much safer to operate, and the robot won't get tangled in charging wires or spill water from your pet's bowl if you map these places in advance.
What if a robot ignores a virtual wall?
Saving and managing multiple cards
Xiaomi’s flagship models, including S10, It supports multiple card storage, and it's an indispensable feature for multi-storey buildings or apartment buildings that require floor separation. 4-5 differential.
To save the current floor map, go to the map settings and select Save as. You can switch between the maps manually or let the robot do it automatically if it finds that it is not on the map it started with.
⚠️ Note: If you move the robot to another floor without using a docking station (for example, on the hands), the navigation may be confused.
Maps are managed via a cloud profile, which means that even when you reset or reinstall the app, your cards will be saved if you log in to the same account, and check regularly for the relevance of saved plans.
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Automatic floor recognition only works if the robot has made it to the new zone, and when manually transferring, always switch the map manually to avoid navigation errors.
Solving navigation problems
Even the most advanced systems sometimes run into difficulties. If the robot gets lost, starts to spin randomly or the map shifts, first check the purity of the sensors. Dust on the lidar or collision sensor is a common cause of failure.
Problems can arise from reflective surfaces (mirrors, glass doors) or too dark objects that the laser cannot see, in which case it helps to install additional virtual walls or physically glue the mirrors during cleaning.
- 🧹 Sensor cleaning: Wash the sensors with dry cloth after each cleaning.
- 📶 Wi-Fi Stability: Make sure the router signal covers the entire map area.
- 🔋 Battery Charge: To build a map, the charge must be at least 80%.
If you have a repeat of the errors, try resetting the card completely and rebuilding it again to account for previous errors, and sometimes it's easier to fix a software failure by recalibrating than to look for a single cause.
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To improve navigation in the dark, you can turn on the “Night Cleaning” mode (if available), which reduces speed and increases the sensitivity of sensors.