The Best Robot Vacuum Cleaner For 2022

Now that your robot vacuum cleaner is handling the housework, it’s time to put the broom, the trash can, and the upright vacuum cleaner back in the closet. Robot vacuum cleaners are now everyday household items; gone are the days when they were reserved for the pages of vintage science fiction or the futuristic homes of 1950s dreamers. Current models boast sophisticated sensors, CPUs, lasers, and even software with artificial intelligence.

It’s good to know that these machines will also pick up microscopic particles, such as cat litter and dust bunnies if you don’t have the time to pick up the dustpan every time you see something that needs to be cleaned up but finds it difficult to justify the high potential price tag of a robot vacuum cleaner to keep your home neat. Additionally, they are adaptable, maintaining neat and clean carpets and rugs with the solid aspiration that, in some instances, it rivals a vertical void, floors made of wood, floors made of floor tiles, and areas with carpets and rugs.

Despite how cool it is, living the robot vacuum cleaner dream can cost a lot of money; some models go as high as four digits. Even though you don’t have to spend as much, you still get a lot. This includes hardware with self-emptying trash cans, multiple cameras for floor mapping, strong aspiration, and thoughtful design.

Although they all offer automatic dirt disposal and primarily clean the floor, none of these machines can take the place of a broom and human effort on a hard floor.

To find the best robot vacuum cleaner, I tortured a group of 12 robotic vacuum cleaners for aspiration power, ability to perform on carpets and hard flooring, and how well they performed during each cleaning cycle for over 120 hours. Among these are the recently launched flagship models and compelling options available from a variety of online retailers. I excluded the oldest models, which are unlikely to be available for much longer. I will continue to update this list as new models enter the market.

This is the bot to get if you were given a white check and told to buy the best robot vacuum cleaner. However, the iRobot Roomba S9 Plus is priced high: $1,100. (although it is sometimes discounted). This robotic vacuum cleaner provides powerful suction and excellent dirt and dust removal for that incredible sum of money.

This Roomba picked up the most sand in our test group on the wood floors, 93 percent, but struggled to remove it from the low-pile carpet and area carpets, accumulating 28 percent of low to medium levels of dust and sand.

However, the Roomba vacuum removed a medial 71 percent of sand when vacuuming our medium-pile carpet. Once more, this is the best outcome we have ever seen for this particular test. It can also remove more pet hair, dog dander, and allergens from any vacuum in. The bot explores and maps numerous rooms and floors in this test group. Additionally, iRobot updated its app to enable you to specify a “keep” out zone that you want the S9 Plus to stay clear of while cleaning. Additionally, the application allowed users to instantly use Alexa or Google Voice Assistant voice commands to clean a room.

In an average of less than 25 minutes, the robot passed through our test camera. The S9 Plus can be linked to both your home WiFi and the Roomba app. The CleanBase docking station for the Roomba S9 Plus is the best of all. Cleaning is now even simpler thanks to the dock, which also automatically empties the trash can and charges the robot’s battery. It is practical right now.

Neato $ 600 D7 vacuum cleaners

Neato’s $600 D7 vacuum cleaner picks up dirt, dust, and almost as much clutter for less than half the list price of the Roomba S9 Plus, making it the best overall robot vacuum cleaner media cost. This robotic cleaner amassed media attention. Compared to the Roomba, there is a significant amount of sand (36%) on the carpet and short-pile rugs.

This automatic vacuum cleaner just barely outperformed the S9 Plus in terms of cleaning ability on even floors made of bare hardwood, selecting a media that contained 95% of the sand we laid down. The vacuum cleaner was less effective at removing dirt, dust, and sand from medium-pile carpets, collecting only 47% of the particles.

While the Neato cannot compete with the Roomba’s ability to remove pet hair or empty its dustbin, the D7 navigates more effectively around the furniture. It covers more ground thanks to the built-in Lidar laser navigation mapping of the intelligent robot vacuum cleaner. Additionally, you can check the cleaning robot using the Neato app as a remote control and by connecting it to Google Assistant and Amazon Alexa. The application lets you specify which areas of your house are off-limits for cleaning.

Robovac 11S Max

This robotic vacuum cleaner proves that getting a dependable robot vacuum cleaner doesn’t have to break the bank. Despite costing only $ 190, the Robovac 11S Max effectively cleans floors. When cleaning hardwood floors, this is particularly valid.

One media, which made up 71 percent of the test sand for this type of surface, was successfully removed by him. The bot performs worse than carpet cleaning, with average sand collection rates of only 21% and 27% on low- and medium-haired, respectively.

He successfully removed one media that made up 71% of the test sand for this type of surface. The bot performs worse than carpet cleaning with sand collection averages of only 21% and 27% on low- and medium-haired dogs.

Like us test robot vacuum cleaner

Our method for evaluating robot vacuum cleaners is straightforward but time-consuming. There are two kinds of tests that we run. The first proof is determining how well a robot covers the floor while cleaning. For this purpose, we built an industry-standard room proof as specified by the International Electrotechnical Commission. The IEC is an international standard body in charge of managing procedures for testing robot vacuums, among other things, for vacuum manufacturers.

Objects in this room are designed to simulate the typical obstacles encountered by a robot vacuum while cleaning. These obstacles include wall edges, table and chair legs, sofas and other furniture, and so on, as well as bare tiles, wood floors and carpet.

LED lights are installed on the tall of each vacuum cleaner. The dimensions of the lights correspond to the nozzle width of each robot vacuum cleaner we test.

A camera from above captures a long exposure image of the entire room in Bass light as a robot moves across the room cleaning. The light path created by the LEDs in that photo will then show the exact areas in the robot travelled (and the position of the nozzles) during its runtime. We can also see areas of the floor where the vacuum may have become clogged or lost

You can see the navigation results of all robot vacuum cleaners in our test group in the gallery below.

The second type of test reveals how much physical debris a vacuum is capable of picking up from the floor. We use a combination of play sand and landscaping sand to simulate dirt with small particle size. We use raw black rice grains for larger particle land. The robot then runs in straight line mode on three different types of flooring (low-pile carpet, medium-pile carpet and flooring in hardwood).

We have complete control over the width of the nozzle in every void. We created a portable tool to smudge our test plans. Allows us to lay down a precise strip of land that corresponds to the nozzle size for each robot. The land mass is not chosen at random. We take a proportional amount based on the pavement material, type of debris, and nozzle width of each vacuum cleaner

Every floor type receives three cleaning runs (at a minimum). Separately, we perform test cleaning with sand and rice. This amounts to at least 18 robot vac tests. Before and after each run, we weigh the robot dust bin. From there, we can calculate the percentage of debris debris collection for each cleaning run, as well as the amount of soil removed by the machine. In addition, we run test (visual) anecdotes about pet hair on all three floor types for each robot.

We perform three cleaning runs (at a minimum) on each floor type. Separately, we test cleaning with sand and rice. This amounts to at least 18 tests for robot vacuum. We weigh the robot dust bin before and after each run. From there, we can calculate the percentage of debris collected for each cleaning run, as well as the amount of soil removed by the machine. In addition, we run test (visual) anecdotes about pet hair for each robot on all three floor types.

Soil percentage removed

Neato Botvac D6 Connected


Short-haired sand

Hardwood sand

Medium-haired sand


The results listed are the percentage media of total material removed from test surface

Want more robot vacuum cleaner options? Here is a list of the other robot vacuums we tested besides the models listed above.

Other vacuum tips and recommendations

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