The Xiaomi Mi Robot Vacuum-Mop P comes with a mop attachment, which is ideal if you want to get rid of those pesky spills and stains. A mop attachment can be particularly useful when it comes to kitchen floors, as they’re the most likely surfaces to get covered in food and drink.
That being said, this robot vacuum cleaner also comes with a variety of other features that make it stand out from other robot vacuum cleaners on the market.
For one thing, this robot vacuum cleaner has 1,800 Pa suction power, which means that even your messiest floor will be left sparkling clean after this device has been through it. This is one of the highest suction levels we’ve seen on any robot vacuum cleaner (and especially for robot vacuum cleaners that come with mopping functions).
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This robot vacuum cleaner also has a very good battery life. It can operate for up to 2½ hours before needing to recharge itself automatically, meaning that even your largest rooms will all fit into one cleaning cycle without any problems at all.
Suction Power
Suction power is impressive, thanks to a 2100Pa motor that the vacuum can kick up to when necessary (and isn’t loud when it does). But in everyday operation, the Mi Robot Vacuum-Mop P is nearly silent. The biggest noise you’ll hear from it is its mop banging around inside of its cubby. Your carpet doesn’t need to fear for its life with this vacuum as you try to clean it—the suction it generates is more than enough for your average dirt and debris but not so much that it’s going to make a mess of your flooring.
Mi Robot Vacuum-Mop P has a dustbin capacity of 0.42 liters, which I think is on the smaller end of robot vacuums I’ve tested, though not by much. It’s certainly big enough to handle four or five cleanings without needing to be emptied out. In fact, if you’re picking up light fluff and larger bits (like noodles or popcorn) while running on basic suction then you probably won’t even have the bin full at all by the time cleaning is done.
Sweeping and Mop Function
For those of you who are still hesitant about using a mop, the Mi Robot Vacuum-Mop P has a dual-mode virtual wall that can limit the vacuum cleaner’s movements to a certain area.
The 140ml water tank is designed to be used in conjunction with the vacuum function. This means that when you want to use the wet and dry mopping function, your robot will automatically stop sweeping and start mopping.
The Mi Robot Vacuum-Mop P has a sweep function and a mop function. You can use only one or both functions simultaneously. The mop tray has an easy drop design for quick refilling. The water tank is 200ml so you don’t have to worry about running out of water before the job is done. But if you are planning on mopping, I would recommend not programming your robot vacuum to run when you are not at home so that it doesn’t get stuck in places with too much water.
Battery Life
The Mi Robot Vacuum-Mop P has a lithium-ion battery, which is rechargeable. A full charge will give you around two hours of cleaning time and takes approximately 250 minutes to fully charge. When the vacuum is running out of battery, it will automatically return to its charging station.
When it comes to battery life, the Mi Robot Vacuum-Mop P has an advertised running time of 120 minutes but in reality, you’ll get closer to 60 or 70 minutes before having to charge it again. This is still pretty good compared to other vacuums in its class but if you have
This robot vacuum comes equipped with an impressive 5200mAh battery capacity. If you’re looking for something that can clean your floors for longer, this machine can give you up to 140 square meters of cleaning—that’s more than enough for most homes!
This device won’t charge as quickly as other brands with similar designs (which usually take two hours or less), but there are several benefits to this slower charging speed: The slower charging time means the batteries last longer before they need replacing; this also helps preserve the internal circuitry inside because they’re not being charged at full capacity all day long (this makes sense if we think about how batteries have shorter lifespans when they’re constantly plugged in). That being said, I would still recommend buying an extra set just in case – especially if you plan on using this robot frequently over long periods of time.
App performance
Downloading the Mi Home app and connecting the robot to your Wi-Fi network is quick and easy. Once connected, in addition to controlling the robot from your phone, you can customize its cleaning schedule, see the status of your robot (including notification if a problem occurs), check on what’s been cleaned, and view a map created by your robot as it cleans. You can also use the app to set up zones for different types of cleaning—for example, you could create an area with more suction power around your pet bowls or litter box.
12 high-precision sensors
Anti-collision sensor: The Mi Robot Vacuum-Mop P has three of these sensors that can detect objects up to a distance of 0.5 meters. Each one is located at the front left, right, and center.
Cliff sensors: These come in triplicate as well and are located on the bottom left, right, and center. They can detect drops from up to 0.4 meters away to ensure success in cleaning your floor without falling off stairs or ledges by accident.
Positioning sensor
This little gadget allows the robot vacuum cleaner to understand its precise location through an electromagnetic field that interacts with an electronic map created by you when you first set it up—an extremely sophisticated navigation system that uses ultrasonic waves to determine how far away it is from objects like walls and furniture. Basically, this nifty sensor gives the vacuum a sense of direction so it can get around your house with ease.
Charging dock detection sensor
This feature helps prevent the robot from getting hungry—uh, lost—by sensing where its charging dock is so it knows when it’s time for a recharge before heading out on its next cleaning adventure or returning home safely after finishing one up!
Water tank detection sensor
You don’t have to worry about spilling water all over your floor with this awesome feature! The vacuum will tell you if there’s too much liquid in its water tank before starting its mopping mode so your hardwood floors don’t get soaked and ruined by accident.”
Intelligent Mapping and Route Planning
When you first switch the robot vacuum cleaner on, it will run in a random pattern and make a map of your entire room. The Mi Robot Vacuum-Mop P uses Artificial Intelligence to learn the layout of your rooms and furniture so that it can plan an efficient cleaning path for each room that needs to be cleaned. It will also remember where it has already been cleaned. It will then start cleaning along the edges of the room and follow that with a zig-zag pattern as it goes over every inch of the floor area.
It knows when it needs to recharge its battery and its position in relation to where it started from, so when its battery starts getting low, it will find its way back to the charging dock. When it is fully charged again, it will return to exactly where it left off before recharging itself and resume cleaning until your floor is completely clean or until you have set a time limit for how long you want each cleaning cycle to last.
Automatic Recharge
One of the best features of this vacuum is its ability to recharge itself. When the battery level gets too low, it will return to the charging base and recharge. Once the battery is fully charged, it will resume cleaning where it left off. This feature is super convenient because you don’t need to worry about whether or not your vacuum cleaner will get stuck after running out of battery halfway through a cleaning job.
Conclusion
Like many other top-of-the-range robotic vacuums, the Xiaomi Mi Robot Vacuum-Mop P also comes with an integrated app. You can easily use this app to control your robot from virtually anywhere in the world—perfect if you’re planning a long trip away from home and want your house cleaned as soon as you get back!
Last update on 2024-12-30 / Images from Amazon Product Advertising API