Start by choosing a robot suited to how people move around your home: thresholds, rugs, furniture, obstacles and access beneath furniture determine how much of your rooms it can actually cover. Mopping is mainly suitable for light maintenance of compatible hard floors, while a docking station reduces some manual tasks without removing the need to clean brushes and tanks or carry out checks before a cycle.
You want to run the vacuum while getting on with other activities, after checking rugs, wooden floors, tiles, narrow routes, furniture and obstacles. UFC-Que Choisir tests assess performance on different floor types and navigation, among other things.
A mopping robot may be suitable for light maintenance of tiles or another compatible hard floor, provided you accept that results depend on the model, the dirt involved and how rugs are managed.
A docking station may appeal to households wanting to empty the dustbin or manage mop pads less often, provided they have a dedicated space and check which tasks the model actually automates.
Choose this if: your priority is scheduled vacuuming and you are happy to empty the dustbin regularly.
Bear in mind: not having a docking station does not remove the need for maintenance, and performance varies according to floor type.
Choose this if: you want to maintain compatible hard floors regularly between manual cleans.
Bear in mind: mopping does not necessarily replace using a mop on ingrained dirt and requires careful management of rugs.
Choose this if: reducing emptying and mop-pad maintenance matters as much as scheduling cleaning cycles.
Bear in mind: features vary by model, and brushes, tanks and consumables still need to be monitored.
| Priority | What to check | Your needs |
|---|---|---|
| Coverage of your home | Compare the model’s results or specifications on rugs, tiles and wooden floors. Measure thresholds, check narrow routes and plan where to store items on the floor. | I want the robot to reach the rooms that matter and pick up dust, fibres and crumbs from the floors in my home. |
| Mopping and rugs | Check that your flooring is explicitly supported, as well as how the robot behaves on rugs and the settings for no-mop zones. Do not assume performance simply because a mop pad or cloth is included. | I am looking for light maintenance of hard floors without risking getting a rug or sensitive surface wet. |
| Maintenance still required | Identify how often the dustbin needs emptying, how the brushes are cleaned, how water is managed and which consumables are required. With a docking station, list precisely which tasks it performs. | I want to reduce repetitive tasks while knowing what I will still need to empty, wash or replace. |
| Noise and app | Check the available noise level for the exact model, along with mapping features, exclusion zones and the app’s compatibility requirements. | The robot must be able to run at times that fit around people being at home, working remotely or my cleaning routines. |
UFC-Que Choisir trials indicate that, for most of the mopping robots tested, mopping and sometimes vacuuming remain poor. A docking station or mop pad therefore does not guarantee that dried-on stains will be removed.
Use mopping for routine maintenance of compatible hard floors, consult tests for the exact model and keep a manual solution for ingrained dirt.
A rug at the entrance to a room, a threshold that is too high or a cluttered route can leave an area uncleaned. In some layouts, a mopping system may also wet the edge of a rug.
Measure your thresholds, identify rugs and narrow routes, then compare them with the model’s limits. Set up no-go zones and clear away objects before starting a cycle.
A docking station can reduce manual tasks, but its functions differ: some only empty the dustbin, while others wash and dry mop pads. The robot and docking station still require regular attention.
List the tasks that are automated and those you still need to do, then check compatible consumables and the stated availability of replacement parts.
Plan for managing dust bags, mop pads, filters, brushes, clean water and dirty water according to the model.
Configuration affects a mopping robot’s ability to avoid rugs and sensitive areas. Some models or settings require you to create no-go zones rather than automatically detecting every rug.
Check the app’s compatibility and update requirements, complete a full mapping run and set up any necessary no-mop zones.
Ecovacs is cited among the players in the French market by UFC-Que Choisir, with DEEBOT robots offering mapping, mopping and rug-management features depending on the model.
Roborock is cited by UFC-Que Choisir among the newer players in the French robot vacuum market, in a segment where mopping features and docking stations are becoming increasingly common.
Dreame is cited by UFC-Que Choisir among the new players in the French robot vacuum market.
These Joybuy options are robot vacuum-and-mop models with docking stations, designed for households that want to schedule floor care while reducing certain manual tasks.
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For a home with a mixture of rugs and hard floors, the listing states rug recognition, TrueMapping 2.0 mapping and AIVI 3D object avoidance.
16 600 Pa, OZMO roller, ZeroTangle 3.0, TruEdge 2.0 and a docking station with hot-water washing and hot-air drying are stated.
Check threshold clearance, whether mopping is suitable for your flooring and how much space the docking station requires.
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The listing presents it as suitable for routes around obstacles, with LiDAR navigation, 3D avoidance and zone settings in the app.
8 000 Pa, a bagless docking station, anti-tangle function, DuoDetect AI and up to 180 minutes’ stated battery life.
The mop pad is stated to lift by 10 mm on rugs or no-mop zones; nevertheless, check thresholds, noise levels and compatibility with thick rugs.
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This model is aimed at households that schedule cycles while getting on with other tasks, with laser navigation, obstacle recognition and app control stated.
8 150 Pa, hot-air drying, an anti-tangle side brush and a base that empties, washes and dries the mop pad are stated in the listing.
Check rug protection during mopping, the maximum threshold height, noise levels and the space required: 0.5 m on each side and 1.5 m in front of the base are stated.
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The listing mentions multi-floor mapping, automatic rug detection and vacuuming and mopping modes for homes with several types of flooring.
25 000 Pa, OZMO Turbo 2.0 mopping, ZeroTangle 3.0, TruEdge 2.0 edge cleaning and 75 °C mop-pad washing are stated.
Check for explicit rug protection, threshold height and noise levels. Mopping is intended for routine maintenance of compatible floors.
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The listing states rug detection and automatic lifting of the mopping head, which are useful features to check in a home with a mixture of rugs and hard floors.
10 000 Pa, LiDAR mapping, app control, scheduling, clean-water supply and drainage to the docking station are stated; the listed noise level is 55 dB.
Check threshold clearance, small-object avoidance and no-mop zones. The docking station requires 0.5 m of free space on each side and 1.5 m in front.
It may be, but check the exact model’s results or specifications for every type of flooring in your home. UFC-Que Choisir’s testing protocol distinguishes between rugs, tiles and wooden floors, so performance on one surface cannot be assumed for another. For mopping, do not use it on a wooden floor without approval from both the floor and robot manufacturers.
There is no universal figure: it depends on the model, the shape of the threshold, the rug and the robot’s approach. Ecovacs support states a 2 cm limit for the relevant DEEBOT models; measure your thresholds and check the documented limit for the model before buying.
Not automatically. Ecovacs states that an obstacle placed in front of a rug may cause the mop pad to lower and wet its edge. Clear the area, create a no-go zone if necessary and confirm that the model you choose has mop-pad lifting or an equivalent setting.
No. Depending on the model, a docking station may empty debris, wash or dry mop pads and manage water, but both the robot and docking station still need to be checked and maintained. Check which tasks are supported, along with the bags, tanks, brushes and filters that need cleaning or replacing.
A robot vacuum falls under the waste electrical and electronic equipment stream. The French ministry responsible for ecology states that the collection and recycling of household WEEE is organised in France; use a take-back service or a suitable collection point rather than putting it in household waste.