Smarter robots tend to feature a greater number of sensors for plotting their way around your home – and, crucially, for avoiding objects such as pet food bowls and table legs. Scheduling is handy if you want the robot to clean up while you’re out at work, but some users will be perfectly happy pressing a button and letting the vacuum do its thing without programming a timetable. Wi-Fi connectivity lets you remotely control the machine via a smartphone and create a weekly cleaning schedule. Other robots need the dust bin swapped out for a water tank when switching from vacuum to mopping mode. Great if you have the budget and space – since they only need emptying every few weeks – but not a necessity for everyone. These docks take up a lot of space and are often quite loud when they suck everything out of the robot’s bin. Some take this a step further and have a dock where they can empty the dust bin and refill their water tank for the mopping function. All robotic vacuum cleaners come with a charging dock, which they return to when they’ve completed a clean and/or need to charge their battery. Similarly, smarter robots will create an optimal cleaning route, while others simply drive around until the job is done.Ī key feature to consider (and one that adds substantial cost) is self-emptying. That might be useful, but we suspect most buyers will be happy with a robot that plods around the entire floor each time it gets to work. Some can create a digital map of your home, giving you the option to ask the robot to clean only a certain room. You shouldn’t feel too pressured to splash out on the smartest and most expensive robot unless you really need it. They like to focus on the battery life and dust bin size, along with features such as Wi-Fi connectivity, obstacle avoidance, smart home connectivity, how intelligent the robot is, and whether it can mop or empty its own bin when finished. Manufacturers of robotic vacuums don’t tend to talk much about the suction power of their machines. Upon returning to the included docking station, the J9 Plus charges its battery, refills its water tank, and empties its dust bin. iRobot’s Roomba range includes the new Combo J9 Plus, which has a water tank it uses to mop the floor once it's finished sucking up dust. If you’re working with a larger budget, you could pick up a robotic vacuum that doubles as a floor mop. This lets you ask your smart speaker to clean the floors or create an automatic system where the robot will spring into action after you head out for the day, ensuring you have clean floors when you return. Some robotic vacuums work with Alexa and Google Assistant. Wi-Fi connectivity also means you can control the vacuum remotely, and opens the door to smart home compatibility. This lets them connect to a smartphone app, so you can set them to cleaning, create a schedule, and check their status (such as battery life and how full the bin is). They're usually controlled via physical buttons on their top or using a simple remote control. Cheaper robot vacuums don’t have any connectivity whatsoever and simply navigate around until they've finished a clean or their battery needs charging. Next, you’ll want to look at connectivity options and smart home compatibility. You should also check to see if the robot has a spinning brush on its outer edge this is used to flick dust and dirt away from walls and into the vacuum’s path, ready to be sucked up. These are all factors buyers of regular cordless vacuum cleaners will be familiar with. There’s the suction power, of course, but also Boost or Turbo modes for dealing with thick-pile carpets, the size of the robot’s dust bin, and its battery life. They're broadly the same size and shape, but their disc-shaped bodies hide several key differences. You might think all robotic vacuums work in a similar way, especially since they all look pretty much the same.
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