Roborock Q7 M5 robot vacuum review: a brilliant budget bot with bouncy suspension

Roborock Q7 M5 robot vacuum review: a brilliant budget bot with bouncy suspension

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Roborock Q7 M5: two-minute review

Product info

There are a few different M5 options – the robot is the same, but the dock is different:

Q7 M5: Charge-only dock
Q7 M5+: Auto-empty dock
Q7 M5 Max+: Auto empty and water refill dock

For this review, I tested the Q7 M5, with the charge-only dock.

The Roborock Q7 M5 is a relatively basic option from within the Roborock robot vacuum lineup, aimed at the more budget-conscious consumer. Despite the affordable pricing, it’s still a capable bot, offering the kind of suction specs I’d expect from a much pricier model.

The design may lack the bells and whistles (and robotic arms) of the brand’s newest offerings, but it’s still effective in use. As well as sporting a robust build, it has a generously sized dust cup and water tank and bouncy suspension that enables it to clear relatively tall room thresholds with confidence. Navigation is also reliable and mapping accurate.

Robot Vacuum Tips to Help You Keep a Tidy Home (2025)

Robot Vacuum Tips to Help You Keep a Tidy Home (2025)

If you have elected for a robot vacuum with mapping capabilities, it usually gives you the option of a quick mapping run without cleaning. It might seem like a waste, but it does save time in the long run. Use the mapping run to take a quick walk around your house and look for dangling shoelaces, wired headphones, or any long strings or fringes that will trip up the smartest robot vacuum.

And turn on your lights. Your robot might have optical sensors, which require ambient light to operate. If you find that your vacuum is getting stuck a lot, don’t schedule your cleanings at night. (Try 9 am, which is when my vacuum is usually scheduled.) If you have a dog, cleaning right after you leave will also give your pup less time to have an accident on the floor.

Nowadays, your robot vacuum will also ping you if it has navigation issues. In my house, dust often gets on top of the optical sensors, which can be removed by wiping with a soft cloth.

Empty the Bin

Yes, unfortunately, a robot that routinely digs into the yuckiest corners of your house will need a little routine maintenance. More than a few people have complained to me that their robot vacuum doesn’t work and just drags dirt around. If yours is doing this, then the bin is probably full. A robot vacuum’s dust bin is pretty small. Most robot vacuums have a bin size of around 0.6 liters. The dust bin on my Dyson ball vacuum is twice that, and I still need to empty it from room to room.

Dealing With Clogs and Clots

Many robot vacuums now come with tiny tools embedded inside the body of the vacuum that make routine maintenance slightly easier. I also keep scissors and, er, poking tools (a chopstick) on hand for cutting through hair or yarn that has snarled a roller brush or to push an obstinate Lego through the vacuum chute on a self-emptying bin.

I do have to say here that robot vacuums are not unique in this regard; these are all problems that have befallen my handheld push vacuum. I have yet to come across a robot vacuum problem that could not be solved with a few minutes of routine maintenance (well, and the occasional factory reset).

Divide and Conquer

Kids toys on a carpeted floor

Photograph: Carol Yepes/Getty Images

Ideally, you’d automate your robot vacuum’s cleaning cycles, not give it another thought, and come home to a clean house every day thereafter. But as helpful as robot vacuums are, they cannot pick up your kid’s 1,000-piece puzzle set for you or put away the dirty laundry that you’ve left in a pile on the floor.

This robot scans rare library books at 2,500 pages per hour

This robot scans rare library books at 2,500 pages per hour

For decades, preservationists charged with digitizing rare books have faced an ironic challenge. The whole point of scanning these often one-of-a-kind objects is to keep the delicate manuscripts from harm. To do that, however, required a much more hands-on approach.

One of the first solutions was to simply place a tome in a book cradle, then photograph each individual page. In later years, archivists increasingly relied on more advanced top-down document camera arrays. Even today, the digitization process is frequently tedious and time-consuming work—and that’s where specially designed robots come in handy.

After two years of research, archivists at the University of Tulsa’s McFarlin Library recently decided to try out a machine called the Treventus ScanRobot 2.0. Built in Austria, the bot does exactly what its name implies—it autonomously scans and digitizes manuscripts. But whereas it might take a single librarian days or weeks to scan a single book, the ScanRobot 2.0 can handle up to 2,500 per hour. It’s not sacrificing safety for speed, however. The setup relies on a unique toolkit to ensure it digitizes a book quickly, but with the least amount of direct contact possible.

First, a camera housed in a wedge-shaped case descends down into a book’s center margin, also known as the gutter. Small holes in the triangular plate then generate a vacuum to softly pull pages to either side of the camera’s prism. The imaging unit next ascends up again while scanning both pages simultaneously. Once completed, the vacuum switches off and air nozzles emit a small puff of air to turn the pages. The whole process then repeats again and again, until a book is finished.

But purchasing a ScanRobot 2.0 doesn’t mean the librarians can simply flip it on and leave the room. The library’s department director and rare books cataloger both trained for a week to become certified book robot operators. One of them is always at the control panel whenever the robot is  in use to monitor its progress, adjust settings in real-time, or pause its work altogether.

“Our assessments show that around 64,000 of our books are out of copyright and could be scanned and uploaded, and more books join the public domain every year,” Kunz explained in a university profile earlier this year. “There will always be books to make available for our students and scholars.”

 

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Andrew Paul is a staff writer for Popular Science.


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