The world of robot vacuums has come a long way. I’ve been testing and writing about these puck-shaped home helpers for over two years, and during that time I’ve watched suction specs skyrocket, bots sprout legs and pincer arms, and docks transform into formidable, self-sufficient cleaning stations. Robot vacuums are looking cleverer and more useful than ever.
I wanted to get an idea of where the industry is headed, and what the next generation of robovacs might look like. So I rounded up representatives from some of the best robot vacuum brands to get their insights — and it’s clear from what they told me that this smart-home segment is going to get even bigger… and even weirder.
Complete cleaners
The obvious place to start is with the cleaning itself, and there’s one point that my interviewees all agreed on: it’s no longer all about the suction specs. “Customers are looking beyond headline suction figures and realizing the performance of robot vacuums is the combination of a lot of features,” says Michael Meng, President of Dreame‘s robot vacuum division.
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Nowadays, customers are looking for better cleaning, rather than just outright power, and robovac brands have been happy to oblige, with all manner of inventive solutions.
Customers are looking beyond headline suction figures and realizing performance is the combination of a lot of features
Michael Meng, Dreame
Roborock, for example, has been working hard to make sure no corner goes uncleaned. “We see a massive push for ultra-slim designs that don’t sacrifice power,” says Ricky Ma, general manager for Europe and America. “People want a device that can finally clean the forgotten spaces under low-profile furniture — couches, beds, and cabinets — where dust and allergens traditionally accumulate and remain out of reach for bulkier robots.”
The brand’s newest bots use an innovative navigation system that doesn’t require a raised puck to sit on the top surface. Roborock — alongside Dreame — has also experimented with pucks that can extend or retract, periscope-style, depending on the vertical height available.
Mopping functions have been the subject of much attention, too. Wet cleaning is nothing new — in fact, these days you might struggle to find a model that can’t mop — but I’ve been seeing an increasing preference for roller mops rather than flat mop pads (either of the D-shaped or disc-shaped variety). The benefit of a cylindrical mop is that the dirty water can be scraped off, and clean water added in, as the robovac goes about its mopping business.
“One development that particularly excites me is the introduction of roller mop technology, which helps ensure floors are continuously cleaned with a fresh mop surface,” says Reena Patel,
Floorcare Category Manager at iRobot, the brand behind Roomba.
Faraz Mehdi, managing director at Eufy, agrees. “Users increasingly care about whether the robot is actually cleaning with a clean mop and truly removing dirty water, rather than just spreading mess around,” he says. “Real-time self-cleaning mopping makes a meaningful difference.”
Eufy is also looking into improving filtration. In manual vacuums, Dyson has popularized multi-step filtration systems, which make use of cyclones to separate waste particles of different sizes. However, that hasn’t really carried over into robot vacuums, which typically have a much more basic setup.
Eufy’s AeroTurbo filter setup is significantly more complex. “We’re interested in airflow and dust-separation systems that help deliver more sustained suction performance, especially in homes with carpets and hair,” explains Faraz. “One of the biggest pain points in the category is that cleaning performance can fall over time as filters clog, so technologies like multi-cyclone separation matter because they improve long-term consistency.”
Our robotic arm design folds and unfolds in a way that mimics natural arm movement
Michael Meng, Dreame
Dreame has made particular strides in innovations focused on getting right into edges and corners. “No matter how powerful a robot vacuum is, dust and debris collect in corners and along edges where brushes simply can’t reach. It’s one of those problems that sounds minor until you actually look at how dirty those corners get,” says Michael Meng.
Its newest bot — the X60 Pro Ultra Complete — has ‘UltraExtend technology’, which enables the mop pad to kick out up to 7 inches / 18cm from the robot body, and the side sweeper brush to unfurl, E.T.-style, to reach up to 4.7 inches / 12cm.
The design is inspired by human limbs. “When you extend your forearm, your reach increases significantly,” Meng explains. “We applied that same principle to our robotic arm design — engineering it to fold and unfold in a way that mimics natural arm movement.”
Intertwined with cleaning performance is battery function. “A robot vacuum that runs out of power mid-clean is more frustration than solution,” says Meng. “Consumers with larger homes or open-plan layouts need a robot that can complete a full clean in a single charge — or intelligently return to dock, recharge and resume exactly where it left off. Battery efficiency, combined with smart charging and resume functionality, has become a key purchasing consideration for households of all sizes.”
Mind the (performance) gap
Even with all the performance advancements, it’s still the case that a robot vacuum-mop won’t clean as well as a manual vacuum could. Robovacs are winning on convenience, but not on cleaning power. The long-term aim is to catch up. “The first step is to close the cleaning performance gap — reaching, and eventually surpassing, handheld devices,” says Faraz from Eufy.
The first step is to close the cleaning performance gap — reaching, and eventually surpassing, handheld devices
Faraz Mehdi, Eufy
Longer-term, he sees things progressing to a point where robot vacuums can tackle not just vacuuming and straightforward mopping, but a wider range of cleaning demands.
“Technologies like roller mopping, steam cleaning, and multi-cyclone systems are maturing,” he points out. “In the next five to 10 years, robot vacuums will take on true deep-cleaning capabilities — thorough carpet washing, high-temperature steam disinfection and floor sanitization. The kinds of tasks that currently require dedicated equipment or professional services will gradually fall within the robot vacuum remit.”
The trump card robot vacuums already hold over manual cleaning appliances is that they take care of the job on their own. It makes sense, then, that continuing to improve automation is a key focus for all the brands I spoke to.
“In the 12 years we have existed as a company, trends have shifted constantly,” says Roborock’s Ricky Ma. “Currently, the primary trend is ‘zero-maintenance and zero human intervention’, where users expect a robot to not only vacuum and mop but also self-clean, self-dry, and navigate complex environments without human intervention.”
“The biggest challenge is making advanced automation feel completely effortless,” adds SwitchBot‘s co-founder Richard Mou. “Our goal is to reduce the number of times users need to think about their robot.”
We’ve seen consumers become more willing to purchase premium robot vacuums to deliver a genuinely hands-off experience
Reena Patel, iRobot
iRobot’s Reena Patel points out that this focus on autonomy is reflected in iRobot’s sales patterns. “We’ve seen consumers become more willing to purchase premium robot vacuums to deliver a genuinely hands-off experience,” she tells me. “Consumers are increasingly prioritizing features that save time, such as self-emptying and self-cleaning docks, advanced mopping systems, and intelligent obstacle avoidance.”
A big part of the equation when it comes to true autonomy is maintenance. “People increasingly expect higher automation,” says Eufy’s Faraz Mehdi. “Features like auto-emptying, mop washing, drying, and anti-tangle systems are becoming much more important because users want a robot that genuinely reduces housework, rather than creating a new maintenance routine.”
The ultimate aim is robovacs that don’t require you to get involved at all — as Mehdi puts it, “zero manual intervention, end to end”, including “full-chain self-maintenance, so the user never needs to maintain the machine itself.”
Self-maintenance is one thing, but for a robot to operate without a human chaperone present, it also needs reliable navigation and object avoidance skills. These are essential if it’s not going to get lost, stuck or tangled in something.
“Accurate navigation is the foundation of an effective robot vacuum,” says Dreame’s Michael Meng. “Advanced LiDAR and AI-powered object recognition allow modern robots to avoid obstacles in real time…. Smart robots should not be trapped or stuck easily, so they can work on their own without users to rescue them.”
I’ve never met a robot vacuum that’s not desperate to jam itself up by chowing down on any charge cable it can get its wheels on, so here I’d like to put in a personal appeal for more focus on low-level object avoidance.
Time to step up
When it comes to robot vacuums making their way around unassisted, the ultimate hurdle to overcome is stairs. The more premium of the current fleet of bots tend to come kitted out with something akin to small stilts, which raise up the body of the vacuum and enable it to maneuver over tall room thresholds.
However, traversing an actual flight of stairs requires an altogether more involved approach. “It sounds like a simple problem, but for anyone living in a multi-story home, it’s one of the biggest limitations of robot vacuums today,” Meng notes.
As far as I’m aware, there are just three brands who have offered some kind of stair climbing solution, and they’re all represented in my pack of interviewees. For Dreame, it’s the Cyber X — essentially a stair-climbing pocket into which a robot vacuum can dock when it needs to change floors. Think of it like a stairlift for robovacs. Eufy’s MarsWalker takes a similar approach.
Roborock’s Saros Rover is rather different, with its two long, spindly legs that enable it to scale not just steps but all kinds of uneven terrain. Ricky Ma sees it as a major breakthrough in bots that don’t require human intervention. “The future of this category is exciting and we can’t wait to show everyone what we have to offer,” he enthuses. I saw the Rover in action at CES 2026, and it was a complete departure from any robot vacuum I’ve seen before. At that point, it was still at prototype stage — I’ll be watching with interest to see how things develop.
Future-gazing
So far, I’ve been focusing on developments that have already started to take root. But what about the longer term? I asked my interviewees their predictions for what the robovac market might look like in five to 10 years’ time, and they had some intriguing answers.
Eufy believes autonomous decision-making is going to change the game. “Robot vacuums will reach a level of intelligence where they can genuinely understand the home environment, identify different types of dirt, and autonomously choose the optimal cleaning strategy,” Faraz Mehdi predicts.
Roborock is planning along similar lines. “Robovacs are rapidly shifting from an appliance to a smart cleaning partner. The most important shift will be greater physical intelligence,” says Ricky Ma. “The ultimate goal is to build an intelligent cleaning partner that can spot the need to clean even before the user has time to ask the product to do so.”
Further to this, a few of the execs I interviewed envision about a future where robot vacuums are no longer lone rangers, but work seamlessly alongside other smart appliances.
“Rather than operating as standalone devices, they will become increasingly connected with the wider smart home ecosystem, working more intelligently with other devices,” says Dreame’s Michael Meng.
Meng also sees a future where robovacs are far from the only autonomous helpers in the home. “While the familiar robot vacuum will remain an important form factor, its capabilities will extend well beyond floor cleaning,” he says. “Advances in technologies such as robotic manipulation and embodied AI will enable these robots to interact more naturally with their surroundings and take on a broader range of household tasks.”
Robovacs are rapidly shifting from an appliance to a smart cleaning partner
Ricky Ma, Roborock
SwitchBot’s Richard Mou has an even more fully formed vision for the future: “I think we’ll stop thinking about robovacs as a standalone category and instead see them as part of a broader family of home robots,” he tells me.
“As embodied AI and humanoid robotics continue to mature, robot vacuums will contribute proven capabilities like autonomous navigation, environmental perception, and home mapping, while future humanoid robots build on those foundations to take on a much wider range of household tasks. At SwitchBot, that’s exactly how we see the future — creating intelligent home robots that work together as one ecosystem rather than isolated devices.”
Prepare yourself for the home robot takeover — and for an even cleaner home.
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