How To Choose A Robot Vacuum For High Thresholds?

A seemingly small design detail, thresholds serve a couple of purposes, both practical and aesthetic, in modern homes. Entry door thresholds, that is, your home’s front, side and back doors, are typically higher to prevent water leaking into the home in the event of a flood.

Meanwhile, door thresholds between interior rooms (otherwise called “door bars”) serve as visual transitions between different floor types, temperature retainers to stop cold or hot air from entering a room through door gaps for better energy efficiency, or to reduce the risk of slipping.

They are seen in any modern home and therefore, robot vacuums should be able to cross them so they can do their jobs properly.

Can Robot Vacuums Go Over High Thresholds?

Yes, robot vacuum cleaners are designed to be able to go over thresholds. The question is how high of a barrier they can cross. To give you an idea, threshold height can range from 0.24 inches to over 0.98 inches; a “level threshold”, created to be more accessible to wheelchair users, is defined as within 0.59 inches.

Some automatic vacuums can struggle to climb high thresholds due to slim, low-profile design that makes them low to the ground, insufficient traction on their wheels which causes them to spin in place, poor sensors that prevent them from being able to detect a low or narrow barrier, or poor motor power preventing them from overcoming the elevation. Below, we’ll go over features to look for to ensure your robot can get over door thresholds.

Best DEEBOT Robot Vacuums That Can Go Over Threshold

Many DEEBOT robot vacuums produced by ECOVACs can cross threshold barriers as high as 0.79 inches¹. Find out more about their barrier-climbing specs and other key features:

DEEBOT X5 PRO OMNI

The DEEBOT X5 PRO OMNI can overcome obstacles up to 0.87 inches high, ensuring seamless navigation across thresholds and sliding door slides, resulting in uninterrupted cleaning sessions. This version is equipped with the AINA 2.0 Intelligent Navigation Model that offers real-time navigation and obstacle avoidance, as well as AIVI 3D 2.0 obstacle avoidance tech to ensure precise obstacle recognition and strategic avoidance. It also uses Real-time Path Planning to swiftly adapt to evolving surroundings, as well as the ECOVACS’ cutting-edge YIKO smart assistant for hands-free control with natural language voice instructions.

DEEBOT T30S PRO

The DEEBOT T30S PRO can clear barriers up to 0.79 inches high to ensure smooth cleaning sessions. Its TrueMapping 2.0 feature facilitates rapid and accurate mapping, allowing the device to map 1,076 square feet in just 6 minutes. It comes with an auto-empty station perfectly suited for those with allergies or homes with pets which can hold months of dirt² in its hypoallergenic dust bag. The device makes use of TruEdge Technology to extend its mop plate for full coverage so that it reaches every nook and cranny of the surfaces it cleans. In addition, the Auto-lift Mopping System raises the mopping plates so that the robot vacuum can go over rugs and carpets when these surfaces are detected.

DEEBOT N20 PRO PLUS

The DEEBOT N20 PRO PLUS has high-traction drive wheels that effortlessly scale 0.79-inch thresholds and make use of threshold-climbing algorithms to intelligently navigate and surmount obstacles. The device also uses carpet detection sensors for smooth transitions between different floor types. This model is equipped with TrueMapping Intelligent Path Planning that uses laser radar scanning for precise navigation, which ensures thorough cleaning thanks to its systematic path coverage. It also provides quick mapping in just 8 minutes and stable map restoration via the ECOVACS HOME App. The DEEBOT N20 PRO PLUS also supports voice control for easier operation, which includes Alexa and Google Assistant.

Key Features of Robot Vacuums that Climb Thresholds

Here are some characteristics to look for in a smart vacuum cleaner to ensure your robot housekeeper has no trouble summiting door thresholds.

Sensor Sensitivity

Take a look at what kind of sensors the robotic vacuum cleaner has. Certain technologies are better at understanding depth information better than others, while some are better suited for analyzing and interpreting visual images. As pertains to door thresholds, a smart vacuum equipped with 3D ToF or infrared sensors technologies, which are effective at understand the height and size of objects, are great for recognizing door sills.

Climbing Capabilities

The smart vacuum cleaner’s climbing capabilities are affected by a couple of components. Larger wheels with rubberized or textured wheels for traction, a powerful motor to provide more torque to move the vacuum cleaner forward and up, and a lighter body all contribute to getting the device over thresholds. It’s worth noting that room dividers with rounded or ‘bevelled’ edges on room dividers are typically easier to climb.

Bumper Height

The shape of the bumper, located at the front of the robotic vacuum’s body, can also play a role in its ability to go over door thresholds. Ones with higher bumpers and angled fronts could be better equipped to tackle high thresholds.

Brush Configuration

The arrangement of the robot’s brushes (they usually have a main front brush and two side brushes) is another important factor to keep in mind. DEEBOTs, for instance, are equipped with floating main brushes at the front that spin. They are configured with enough clearance to easily swing over 0.79-inch-high door sills. This may not be the case for all robot vacuums, some having front brushes with low clearance.

Design For Threshold-Climbing

Some models may have special designs for getting over thresholds, such as higher profiles for better ground clearance, or adjustable height which allows the smart device to lower or raise its height to navigate a wider range of surfaces. It may even be the case that some robotic floor cleaners are trained with images of doorsills, so they can recognize them faster.

Presence Of Mop Pads

Another key factor that influences the auto vacuum’s ability to climb high thresholds is whether it has mop pads and how flush these sit to the bottom of the device. Mop pads that hover too closely over the ground may prevent the robot from clearing higher room dividers. Some DEEBOT robot vacuums such as the DEEBOT T30S PRO, on the other hand, have a mop auto-lift feature.

Potential Solutions for Non-Threshold-Climbing Robot Vacuums

If you already own an automatic vacuum cleaner that’s poorly suited for getting over thresholds, or you have your eye on a certain robot vacuum model that’s almost the perfect fit for your cleaning requirements but falls short in the threshold-crossing department, there are some ways to assist your little housekeeper. Rubber, aluminum or wooden ramps, often used by wheelchair users, provide a gentle slope for wheels to surmount the threshold’s angle. (A wooden ramp in a similar color to existing hardwood floor wouldn’t be as much of an eyesore.) Alternatively, you can try making a ramp out of something you probably already own: a low-pile rug.

FAQ

Disclaimer(s):

1. 0.79 inches high: This data comes from ECOVACS laboratory.
2. Months of dirt: This data comes from ECOVACS laboratory, which is based on the statistics of the number of times users disposed of traditional dustbins. The actual performance is subject to change due to frequency and cleaning area. DEEBOT X5 PRO OMNI and T30S PRO come with 3.2L disposable dust bag.