Reviews You Can Rely On

How We Tested Handheld Vacuums

How do we test handheld vacuums? First, we considered what makes a good handheld vacuum, asking users what the biggest hurdles are when it comes to using a handheld vacuum. We read through countless manufacturers' marketing claims to find the portable products with the most potential. We purchased those contenders for testing to evaluate and score each product on its cleaning performance, examining everything from easy-to-clean messes, like dust and dirt, to much harder ones, like pet hair. We also compared how easy each one is to use, looking at how well it can clean in problematic areas, how convenient it is to operate, and its battery life. We divided up our tests into three weighted metrics. We've tested some top-notch vacuums over the years, and we were excited to see how this category fared. We outline our complete testing plans and procedures below.

handheld vacuum - we clean different surfaces ranging from hard surafces to stubborn...
We clean different surfaces ranging from hard surafces to stubborn car mats to see where each vacuum can handle.   Credit: Matt Lighthart

Cleaning Performance


We tested each vacuum with a wide range of messes to see how it handles everything from fine embedded dirt and sand to clingy glitter, larger pebbles, and cereal. This helped us gauge their limitations with both small and large debris, so you know what they can realistically pick up. Our testing combined standardized setups, which allow for direct comparisons between models, with real-world cleaning around the house and even at friends' homes to see how each vacuum performs in everyday situations.

We spread these messes across different surfaces and locations, including car mats, upholstery like couches and car seats, hard floors, windowsills, and tight crevices. Each vacuum's attachments were tested to see if they actually make cleaning easier and more effective in a variety of scenarios. This approach ensures you get a clear picture of how each handheld performs both in controlled tests and in the kinds of messes you encounter in daily life.

handheld vacuum - we cleaned in tight areas to see how easy each vacuum is in more...
We cleaned in tight areas to see how easy each vacuum is in more difficult locations.   Credit: Matt Lighthart

Ease of Use


Our Ease of Use scores focused on how simple and practical each vacuum is for everyday cleaning. We took measurements like runtime, recharge time, and dustbin capacity to give useful numbers for comparison. Storage was another key factor, including whether the vacuum comes with a storage component, if attachments have a spot to live, and how much space it takes up. Noise level was also measured, and we paid attention to the tone so you know whether it is just loud or actually annoying.

Most importantly, we focused on maneuverability. Being able to twist, turn, and reach around furniture, corners, and tricky spots is what makes a handheld vacuum truly easy to use. We spent a lot of time moving each vacuum through different spaces and positions, testing how natural it feels to hold and how tiring it is on your arms. This gave us a clear sense of which models make cleaning feel effortless and which can leave you wishing for an easier option.

handheld vacuum - with the help of our furry family members, we collected real pet...
With the help of our furry family members, we collected real pet hair and worked it into carpet and furniture to see which vacuum could clean it best.

Pet Hair


We tested each vacuum using real pet fur, pressing it into all kinds of surfaces to create an accurate replication of the mess pet owners deal with every day. This included hard floors, rugs, carpets, couches, and both rubber and carpet car mats. Whenever possible, we used motorized attachments to see how well they picked up embedded fur. We also checked which brushes tended to cling to the hair, creating extra work to clean the bristles afterward. Crevice tools were put to the test in small, tricky spots like inside cars and between cushions to see which vacuums could really reach every last strand.