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Put machines side by side on the same framework. Type in any column to add or replace a machine, by name or by a model number it is sold under.

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Sebo Airbelt E3Sebo Airbelt E3
Starting at: $1,149.00
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Sebo Airbelt D4Sebo Airbelt D4
Starting at: $1,449.00
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SEBO AIRBELT K3 PremiumSEBO AIRBELT K3 Premium
Starting at: $949.00
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Overall4.54.54.3
ValueValue asks what a year of owning this machine costs, and how good that year is. We take the price you see and spread it over how long we expect the machine to last, so one built to run for decades costs far less per year than one that wears out fast. How long it lasts sets how many years you get; the machine's other qualities, everything we rate apart from how long it lasts, set how good each of those years is. We compare that quality per year against every machine we rate, so the price, the expected lifespan, and the rest of the ratings are all things you can check for yourself.3.72.94.0
Performance What it is. Overall Performance of a machine across various surfaces. Why it matters. Performance determines whether a vacuum actually pulls dirt out of carpet fibers or just pushes it around, which is the entire point of owning one. Weak suction and poor filtration leave allergens, dust, and pet dander behind, which matters a lot for anyone dealing with allergies or asthma. Strong performance also saves time and effort, since you're not making repeated passes over the same spot. 4.4 4.4 4.5
Airflow @ Cleaner Head What it is. Cubic feet per minute of air the vacuum moves at the cleaner head. Why it matters. Airflow determines how much air the vacuum can move through the cleaner head, which is what actually carries dirt and debris away from the surface and into the bag or canister. This measurement taken at the cleaner head is important because that is where the work is actually done. Often a unit can have a high air flow motor but the design is "leaky" so much less air flow makes it to the floor. Suction alone isn't enough; without adequate airflow, even a vacuum with high suction rating can struggle to lift larger debris or maintain performance as the bag fills or filters load up. This is why CFM is often a better real-world indicator of cleaning power than sealed suction ratings alone, especially for picking up bulkier debris rather than just fine dust. Not enough data yet Not enough data yet Not enough data yet
Airflow @ Hose What it is. Cubic feet per minute of air the vacuum moves from the end of the hose. Why it matters. Airflow determines how much air the vacuum can move, which is what actually carries dirt and debris away from the surface and into the bag or canister. This measurement taken at the end of the hose and matters for "above the floor" cleaning with hose and tools. Suction alone isn't enough; without adequate airflow, even a vacuum with high suction rating can struggle to lift larger debris or maintain performance as the bag fills or filters load up. This is why CFM is often a better real-world indicator of cleaning power than sealed suction ratings alone, especially for picking up bulkier debris rather than just fine dust. Not enough data yet Not enough data yet Not enough data yet
Suction @ Cleaner Head What it is. Suction is measure as water lift expressed in inches, based on how high the vacuum's motor can pull a column of water up a sealed tube. This measurement is taken at the cleaner head. Why it matters. Suction matters to you because it indicates how well a vacuum will perform on demanding surfaces like deep pile carpet, where dirt is embedded deep in the fibers and needs real pulling power to get out. It also affects how well the vacuum maintains performance over time, since suction helps compensate for the natural airflow loss that happens as a bag fills or a filter gets dirty. Ultimately, suction paired with good airflow gives the clearest picture of how a vacuum will actually perform in a real home rather than just on paper. This measurement taken at the cleaner head is important because that is where the work is actually done. Often a unit can have a high water lift motor but the design is "leaky" so much less suction is measured at the floor. Not enough data yet Not enough data yet Not enough data yet
Suction @ Hose What it is. Suction is measure as water lift expressed in inches, based on how high the vacuum's motor can pull a column of water up a sealed tube. This measurement is taken at the end of the hose. Why it matters. Suction matters to you because it indicates how well a vacuum will perform on demanding surfaces like deep pile carpet, where dirt is embedded deep in the fibers and needs real pulling power to get out. It also affects how well the vacuum maintains performance over time, since suction helps compensate for the natural airflow loss that happens as a bag fills or a filter gets dirty. Ultimately, suction paired with good airflow gives the clearest picture of how a vacuum will actually perform in a real home rather than just on paper. This measurement taken at the end of the hose and matters for "above the floor" cleaning with hose and tools. Not enough data yet Not enough data yet Not enough data yet
Carpet Cleaning What it is. Performance on carpet refers to how well a vacuum agitates and lifts dirt embedded deep in carpet fibers, rather than just skimming the surface. Why it matters. This matters to you because carpet traps way more dirt, dust, and allergens than hard floors, so if your vacuum can't deep clean the fibers, that stuff just stays in your home and builds up over time. It also affects how your carpet looks and lasts, since ground-in dirt acts like sandpaper on the fibers, so strong carpet performance keeps your floors cleaner and helps the carpet hold up longer. 3.8 3.8 3.6
Bare floor What it is. Bare floor pickup refers to a vacuum's ability to collect fine dust, debris, and larger particles off hard surfaces like wood, tile, or laminate, without scattering it or leaving streaks behind. Performance here depends on proper suction control, brush roll design or shut off capability, and how well the vacuum seals against the floor to prevent debris from blowing out the sides. This test is highly subjective, as it accounts for multiple practical factors such as whether the vacuum pushes debris around instead of collecting it, or leaves fine and large particles behind. Our rating reflects a star score based on observed semi controlled testing. Why it matters. This matters to you because hard floors show dirt and dust much more visibly than carpet, so poor pickup means you're left looking at streaks, scattered debris, or fine grit even right after vacuuming. A vacuum that blasts air out the sides instead of pulling debris in can actually push dirt into corners or under furniture rather than picking it up. It also matters for scratch prevention, since a vacuum designed well for hard floors won't grind grit into the surface the way a poorly suited one might. Good bare floor performance means less follow-up sweeping or mopping, saving you time and keeping your floors looking genuinely clean rather than just superficially tidied up. 5.0 5.0 5.0
Filtration and air quality What it is. Filtration is a vacuum's ability to trap fine dust, allergens, and pet dander inside the machine instead of releasing it back into the air. Why it matters. Filtration is a vacuum's ability to trap fine dust, allergens, and pet dander inside the machine instead of releasing it back into the air. 4.5 4.5 5.0
Edge Cleaning What it is. Edge cleaning is a vacuum's ability to pick up dirt and debris along walls, baseboards, and corners where brush rolls typically can't reach. Why it matters. This matters to you because dirt and dust naturally collect along edges and baseboards, and a vacuum that misses them leaves visible buildup even after a full cleaning pass. Good edge cleaning cuts down on the need for separate spot cleaning or hand sweeping in corners. It also keeps baseboards and room edges looking consistently clean, rather than showing a ring of dust that stands out against the rest of the floor. 5.0 5.0 5.0
Ease of use What it is. Ease of use refers to how simple and comfortable a vacuum is to actually operate day to day, covering things like weight, maneuverability, how easily it switches between floor types, and how simple it is to empty, change filters, or swap attachments. It's about how much effort and hassle the machine adds to a basic chore, since a vacuum that's awkward to push, hard to empty, or confusing to maintain gets used less and resented more, even if it cleans well. Why it matters. Ease of use matters because it directly affects whether someone actually enjoys or dreads a chore they have to do regularly. A vacuum that's heavy, hard to maneuver, or a pain to empty tends to get used less often, which means dirtier floors and worse results over time regardless of how powerful the machine is. It also reduces physical strain, which matters a lot for people with back issues, older adults, or anyone vacuuming stairs and tight spaces. Ultimately, a vacuum that's easy to use turns a dreaded task into a quick, low-effort routine, which is often what keeps people happy with their purchase long after the sale. 4.4 4.3 3.4
Tool Efficacy What it is. Tool efficacy is how well a vacuum's attachments, like crevice tools, upholstery brushes, and dusting brushes, actually perform the specific jobs they're designed for. Why it matters. This matters to you because attachments are often the only way to clean stairs, furniture, vents, and tight spaces, so weak tools leave those areas dirtier no matter how well the main unit performs. Well-designed attachments save you time by handling jobs a full-size vacuum body simply can't reach. Poor tool efficacy usually means falling back on hand-cleaning or a separate device, which defeats the purpose of having attachments in the first place. 4.7 4.5 3.0
Weight What it is. Weight, as it relates to ease of use, is how heavy a vacuum is to lift, carry, and maneuver during normal cleaning, especially on stairs or when moving between rooms. Why it matters. This matters to you because a heavier vacuum tires you out faster and makes routine cleaning feel like more of a chore, which means you're less likely to do it as often. It's especially important on stairs, where a bulky or heavy machine becomes awkward and even a safety concern to carry up and down. Lighter vacuums also make quick cleanups easier, since you're more willing to grab it for a small mess instead of avoiding the hassle. 4.1 3.0 3.9
Maneuverability What it is. Maneuverability is how easily a vacuum turns, swivels, and moves around furniture, tight corners, and obstacles during normal use. Why it matters. This matters to you because a vacuum that's hard to steer means more effort spent wrestling it around rooms instead of actually cleaning. Good maneuverability lets you get into tight spots, like under furniture or around table legs, without constantly stopping to reposition. A vacuum that moves easily also encourages more thorough cleaning, since awkward corners and tight spaces don't get skipped just because they're a hassle to reach. 4.5 5.0 3.0
Noise level What it is. Noise level is how loud a vacuum is during normal operation, typically measured in decibels. Why it matters. This matters to you because a loud vacuum can be disruptive in a home with sleeping kids, pets, or anyone trying to work or relax nearby. Lower noise levels make it easier to vacuum at convenient times without feeling like you're disturbing the whole house. Quieter vacuums are also just more pleasant to use, since a loud, jarring machine makes an already tedious chore more unpleasant. 4.0 3.0 3.0
Ease of Maintenance What it is. Ease of maintenance is how simple it is to clean or replace filters and swap out other consumables, like belts or bags, without tools or hassle. Why it matters. This matters to you because filters that are hard to access or clean often get neglected, which hurts suction and air quality over time. Vacuums that make consumable changes quick and intuitive mean you're actually keeping up with maintenance instead of putting it off. Simple maintenance also extends the life of the machine, since a well-maintained vacuum with clean filters and fresh belts puts far less strain on the motor. 5.0 4.5 3.0
Cord Length What it is. Cord length,is how much reach a corded vacuum gives you before you need to switch outlets. Why it matters. This matters to you because a short cord means constantly stopping to unplug and replug in different rooms, breaking up the flow of cleaning. A longer cord lets you cover more space, like a full living room or hallway, from a single outlet. Running out of cord mid-room is a common frustration that a well-designed length simply avoids. 2.5 4.8 2.5
Handle Weight What it is. Handle weight is how heavy a vacuum feels in your hand as you use it, not what it weighs on a scale. Why it matters. Total weight is mostly borne by the wheels on the floor, so two vacuums with identical scale weights can feel completely different in the hand depending on balance, wheel placement, and whether the unit is self-propelled. Handle weight is what actually taxes the wrist, arm, and back during a cleaning session, and it spikes the moment you lift the machine off the floor to do stairs, edges, or above-floor work. 5.0 5.0 5.0
Longevity What it is. Longevity in a vacuum cleaner refers to how long the machine holds up under regular use before parts wear out, suction weakens, or it breaks down entirely, usually driven by build quality, motor durability, and how well it's maintained. Why it matters. Longevity matters because it directly affects the total cost of ownership. A cheap vacuum that dies in two years often ends up costing more than a well-built one that lasts ten, once you factor in replacements. It also means fewer repairs, less downtime, and less frustration dealing with a machine that quits when you need it most. Finally, a longer-lasting vacuum is simply better value and less wasteful, since you're not sending a broken machine to the landfill every couple of years. 4.8 4.8 4.8
Anticipated motor and machine lifespan What it is. Expected motor and machine lifespan is how long a vacuum's motor and core components are built to reliably function before performance drops off or the unit fails. Why it matters. This matters to you because it's the single biggest factor in how much the vacuum actually costs over time, not just what you paid upfront. A vacuum with a short expected lifespan often needs replacing right when you've settled into using it, while a well-built one can outlast several cheaper replacements combined. It's also a good early signal of overall build quality, since manufacturers who engineer for a long motor life usually apply that same care to the rest of the 5.0 5.0 5.0
Warranty What it is. Warranty covers both how long a manufacturer guarantees to repair or replace a vacuum, and how straightforward it actually is to use that coverage when something goes wrong. Why it matters. This matters to you because a long warranty means little if using it is slow or complicated. Length reflects how confident the manufacturer is in their build quality, while ease of use reflects how much they actually stand behind that promise. A warranty that's both long and simple to act on protects you twice, financially and practically. 4.8 4.8 4.8
Repairability What it is. Repairability covers how easy common repairs are to perform, whether parts stay available long term, what those parts cost, and whether documentation or instructions exist publicly to guide the repair. Why it matters. This matters to you because a vacuum that's easy to repair with affordable, available parts can be fixed instead of replaced, saving you real money over its lifespan. Public documentation and instructions mean you or a local shop can actually do the repair, rather than being stuck if the manufacturer won't help. Vacuums that lack accessible parts or documentation often become disposable the moment something breaks, no matter how well built they were to start. 4.7 4.7 4.7

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