The best robot vacuums for 2021: Eufy, Electrolux, Neato, iRobot Roomba and more

Robot vacuums were as soon as the things of pure science fiction, or homeowners of Jetson- like midcentury dream homes That’s no longer the case. They’re genuine devices. In truth, they’re far more advanced than ever previously, with designs boasting a range of advanced sensing units, CPUs, lasers and even AI-enhanced software The truth is that if you’re seeking to keep your home nice and tidy, these robotics work tools and will work.

Nonetheless, living the robot vacuum dream can set you back a large amount– some expense as much as 4 figures. While you do not need to invest that much, you do get a lot in return. That consists of self-emptying dust bins, multiple room and floor mapping, effective suction and thoughtfully designed hardware.

Despite all this elegance, nevertheless, none of these makers can truly change a mop and human effort.

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To select the best robot vacuum, I invested over 120 hours (that’s a great deal of time) torture-testing a group of 12 robotic cleansing vacuums for things like suction power, their capability to carry out on carpets and difficult floor covering, and how well they carried out throughout each cleansing cycle. Among them are new designs that have actually just recently released, flagship designs, and engaging alternatives used throughout various online merchants. I left out older designs that likely will not be offered for a lot longer. I’ll continue to upgrade this list regularly as brand-new alternatives struck the marketplace.

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If somebody were to offer you a blank check and inform you to purchase the best robot vacuum, this is the bot to get. That stated, the iRobot Roomba S9 Plus has a tremendous market price of $1,100. For that shocking stack of money though, this robotic vacuum provides effective suction and excellent dirt and dust elimination.

Another reward is at the minute Amazon is using the S9 Plus for $899. That concerns substantial 31 percent discount rate.

On wood floorings this Roomba got approximately 93% of our test sand, the greatest quantity in our test group, however it had a hard time a bit cleansing sand from low-pile carpets and rug, making a low typical dust and sand pickup of 28%.

That stated, the Roomba robot vac eliminated a typical 71% of sand from our midpile carpet while vacuuming. Again, this is the best result that we saw on this particular test. It likewise tidied up more canine hair, animal dander and irritants than any vacuum in this test group, and the bot browses and maps several spaces and floorings. iRobot has actually likewise upgraded its app to let you designate “keep out zones” that you desire the S9 Plus to prevent when cleansing. The app likewise lets you utilize voice commands to instantly clean up a space utilizing Alexa or Google Voice Assistant.

The robot zipped through our test space in a brief typical time of 25 minutes, too. You can connect the S9 Plus to the Roomba app and your house Wi-Fi too. Best of all is the Roomba S9 Plus’ CleanBase docking station. The dock both charges the robot’s battery and clears its dustbin immediately, making cleansing even much easier and keeping you from fretting about battery life. Now that’s hassle-free.

Read our first impressions of the Roomba S9 Plus

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For less than half the price of the Roomba S9 Plus, the $500 Neato’s D7 vacuums up dirt, dust and messes practically too, making it the best robot vacuum at a midrange expense. On average this robotic cleaner got a higher quantity of sand (36%) throughout low-pile carpet and carpets than the Roomba did.

This automated vacuum directly beat the S9 Plus for cleansing power on wood bare floorings, too, gathering approximately 95% of the sand we put down. The vac cleaned up dirt, dust and sand from midpile carpets less efficiently however, notching a pickup average of 47% while cleansing.

While the Neato can’t match the Roomba’s expertise at getting rid of animal hair or clear its own dust bin, the D7 browses more effectively around furnishings yet covers more ground thanks to clever robot vacuum integrated lidar laser navigation mapping. You can likewise manage the cleansing robot utilizing the Neato app as a push-button control, in addition to link it toAmazon Alexa and Google Assistant The app permits you to designate locations of your house as off-limits to cleansing, too.

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Here’s a robotic vacuum that shows you do not require to blow your budget plan to buy a strong robot vacuum. Even though the Robovac 11S Max costs simply $275 today, it cleans up floorings efficiently. That’s particularly real when cleaning up bare wood floorings.

It handled to eliminate approximately 71% of our test sand from this kind of surface area. The bot didn’t work too cleaning up carpets, making sand-pickup averages of 21% and 27% on low-pile and mid-pile, respectively.

And thanks to this vacuum’s standard navigation system, it took well over an hour to negotiate our test space. As far as time goes, that’s a lot. Still, the Eufy utilized its runtime sensibly. The vacuum covered the area well, tidying up and leaving practically no areas unblemished. The Eufy is likewise self-charging, so once again, no requirement to stress over battery life or aspect that into general cleansing time. It’s the best robot vacuum for worth.

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How we test robot vacuums

Our technique for assessing robot vacuums is uncomplicated, yet grueling. There are 2 kinds of tests we run. The initially trial is to find out how well a robot covers the floor while cleansing. We constructed an industry-standard screening space as defined by the International Electrotechnical Commission, simply for this function. The IEC is a worldwide requirements body accountable for handling robot vacuum screening treatments, to name a few things, for vacuum producers.

Obstacles in our test space simulate what robot vacuums encounter in the real life.

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Inside this space are items created to replicate normal challenges a robot vac encounters for navigation as it cleans up. These challenges consist of wall edges, table and chair legs, sofas and other furnishings, and so on, plus bare tile and wood floorings, in addition to carpet.

Here’s a protection picture of the iRobot Roomba S9 Plus as it moved through our test space. You can see the Roomba S9 covered the flooring well, other than for one small area in the center (left, bottom).

Gianmarco Chumbe/ CNET.

We install LED lights to the top of each vacuum. The measurements of the lights represent the determined nozzle width of each specific robot vacuum we evaluate.

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As robotics move through the space while cleansing, an electronic camera overhead catches a long-exposure picture of the whole space in low light. That picture will then have a light path, developed by the LEDs, that reveals the precise locations where the robot took a trip (and its nozzle position) throughout its runtime. We can likewise see locations of the flooring the vacuum might have missed out on or gotten stuck.


This is the protection pattern developed by the Neato D7. Its motion through our test space was really organized, rational and efficient.

Gianmarco Chumbe/ CNET.

You can see the navigation outcomes of all the robot vacuums in our test group in the gallery listed below.

The 2nd kind of test exposes precisely just how much physical particles a vacuum has the ability to get off of the flooring. To simulate dirt of little particle size, we utilize a mix of play-sand and landscaping sand. For larger particle soil, we utilize grains of raw black rice. Robots then run in straight line mode throughout 3 kinds of floor covering (low-pile carpet, medium-pile carpet and wood bare floorings).

We test robot vacuums on 3 kinds of flooring surface areas.

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We control for the particular nozzle width of each vacuum, too. We built an adjustable tool to soil our test floorings. It lets us set a strip of accurate location of soil to match the nozzle measurements for everyrobot The mass of soil isn’t selected at random either. We determine a proportional quantity that relates to the floor covering product, kind of particles, plus each vacuum’s nozzle width.

Our customized tool lets us match soil location to a robot vacuum’s nozzle width.

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We conduct 3 cleansing runs (at minimum) on each flooring type. We likewise carry out cleansing tests with sand and rice independently. That concerns a minimum of 18 tests per robot vac. We weigh the robot’s dust bin both prior to and after each run. From there we can compute the portion of particles pickup for every cleansing run and the typical quantity of soil a device handles to eliminate. Additionally we run anecdotal (visual) animal hair tests for each robot, on all 3 flooring types.

We run robot vacuums in a straight line throughout the particles pickup tests.

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The chart listed below programs the great particle cleansing efficiency information for all of the robot vacuums we checked. It ought to offer you a respectable concept about their cleansing efficiency on various sort of floor covering surface areas. Our rice-based, medium-size particle test didn’t reveal sufficient distinction in between each cleaner, which states they can all manage bigger particles without difficulty. For fur elimination for animal owners, we evaluated anecdotally.

Percent soil eliminated

Neato Botvac D6 Connected


Sand from low-pile

Sand from wood

Sand from medium-pile


Results noted are the typical portion of overall product eliminated from test surface area.

Want more robot vacuum alternatives? Here’s a list of the other robot vacuums we checked besides the designs noted above.

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