On 35 square meters, the vacuum cleaner spends 18% of the battery and 30 minutes of time. The application has cleaning statistics (how much time was spent in total, how many square meters were cleaned and the number of launches. For 2 weeks, I caught a glitch once - when launched from the application, the charged robot drove off the base by a meter, got a little stupid, said that the cleaning was completed and returned home, when I took it to the room where I wanted to send it, it did the cleaning and then got lost, not could find the base. It didn't happen again. It seems they write that it’s better not to wear it with your hands, you need to use manual control in the application. They say that it is not advisable to set modes higher than "standard" for everyday cleaning - with a clogged filter, there is a risk after some time (anti-record - 30 hours) to get to replace the vacuum cleaner fan, since it has a drawback - the rotor is attracted to the base and starts to rub and melt when overloaded. Therefore, I set myself the "standard" mode and regularly shake out the dust and knock out the filter. On smooth floors (laminate, tiles), the vacuum cleaner does just fine (of course, subject to daily wet cleaning - I’m talking about myself), there are no carpets - I can’t say anything about them. Sometimes the vacuum cleaner moves the chairs and the table, but it does this much less often than my old robot vacuum cleaner. In the MiHome application, you can see a map of the apartment, on which the trajectory of the robot's trip is marked, it is displayed with a delay of ~ 5 seconds. The robot first passes along the contour of the room near the walls and furniture, and then begins to ride in parallel lines over the remaining area, while steering around obstacles, very purposefully. I really don’t like gloss, but it doesn’t play a special role here - the robot almost all the time quietly stands in the corner on the charge and does not catch the eye. I saw advice to treat it a little with antistatic, but I didn’t risk it yet - suddenly the antistatic will damage the lidar or other sensors.