Robot vacuum height and door-sill data

The fit figures from our guides in one table, with their sources. Free to use with a link.

Updated Oct 25, 2026.

Our fit guides cover 30 robot vacuums sold in the US (the SwitchBot K10+ Pro, which can’t be ordered now, is left out). Their makers publish a height for 29 and a door-sill or obstacle rating for 26. Each figure is the maker’s own, from the pages listed under Sources; “Not published” means the maker doesn’t give it, and we never fill one in.

Download the data (CSV)
RobotHeightDoor sillTwo steps or stackedRugs and carpetSuction (maker’s figure)
Dreame D20 Plus3.8 inNot publishedNot publishedNot published13,000 Pa
Dreame D30 Ultra3.81 in0.79 inNot publishedNot published25,000 Pa
Dreame L40 Ultra4.09 in0.86 inCrossing obstacles, in Dreame’s wordsNot publishedNot published11,000 Pa
Dreame L40 Ultra Gen 23.82 in0.79 inObstacle crossing height, in Dreame’s wordsNot publishedNot published25,000 Pa
Dreame L60 Ultra PE4.09 in0.87 in1.57 inNot published30,000 Pa
Dreame X50 Ultra3.5 in4.37 in with its sensor raised1.65 in2.36 inNot published20,000 Pa
Dreame X60 Max Ultra Complete3.13 in4.05 in with its sensor raisedDreame says it needs at least 3.19 in (8.1 cm) of clearance with VersaLift navigation on1.77 in3.47 inNot published35,000 Pa
ECOVACS DEEBOT N30 PRO OMNI4.09 in0.79 inNot publishedNot published10,000 Pa
ECOVACS DEEBOT T50 PRO OMNI3.19 in0.79 inwith the mop onNot publishedNot published15,000 Pa
ECOVACS DEEBOT T90 PRO OMNI3.74 in0.94 inwith the mop on1.57 inNot published30,000 Pa
ECOVACS DEEBOT X11 OmniCyclone3.86 in0.94 inwith the mop on; sliding-door tracks up to 1.57 inNot publishedNot published19,500 Pa
ECOVACS DEEBOT X9 PRO OMNI3.86 in0.79 inwith the mop onNot publishedNot published16,600 Pa
eufy Auto-Empty C102.85 inNot publishedNot publishedNot published4,000 Pa
eufy Omni C203.35 in0.71 inNot publishedRated for carpets up to 0.98 in thick7,000 Pa
eufy Omni S1 Pro3.8 in0.79 ineufy calls it obstacle clearance heightNot publishedNot published8,000 Pa
eufy Omni S2Not published1.38 in1.65 inRugs up to 2 in30,000 Pa
iRobot Roomba Max 705 Vac4.1 inNot publishedNot publishedNot publishedNot published
MOVA P10 Pro Ultra3.82 in0.87 inNot publishedNot published13,000 Pa
Narwal Freo Z10 Turbo4.24 inNot publishedNot publishedRugs under 0.79 in, by its page description (read Oct 22, 2026)25,000 Pa
Roborock Q7 M5+3.9 in0.79 inNot publishedNot published10,000 Pa
Roborock Qrevo Curv4.1 in1.18 in1.57 inNot published18,500 Pa
Roborock Qrevo Edge4.06 in1.18 in1.57 inNot published18,500 Pa
Roborock Qrevo S5V3.8 in0.79 inFrom the 2 cm Roborock gives for thresholds and doorstepsNot publishedNot published12,000 Pa
Roborock QV 35A3.8 in0.79 inNot publishedNot published8,000 Pa
Roborock Saros 103.14 in3.68 in with its sensor raised1.18 in1.57 inNot published22,000 Pa
Roborock Saros 10R3.14 in1.57 in1.57 inNot publishedNot published
Roborock Saros 203.14 in1.77 in3.46 inCarpet pile up to 1.18 in36,000 Pa
SwitchBot K11+3.62 in0.67 inNot publishedNot published6,000 Pa
SwitchBot S204.53 in0.79 inthe maker calls it obstacle crossingNot publishedNot published10,000 Pa
Tapo RV30 Max Plus3.9 in0.87 inNot publishedNot published5,300 Pa

Using the data

You’re welcome to use, chart or quote these figures. Please credit Sill & Sofa with a link to this page, for example: Sill & Sofa, “Robot vacuum height and door-sill data,” updated Oct 25, 2026, https://sillandsofa.com/data.

The CSV has one row per robot and the same figures as the table, plus the millimetre values the makers give, the mop’s behavior on carpet, whether the robot is in our finder, its page here, its sources and the date we read them. Heights are the robot’s own, not the dock’s. Makers measure door sills and suction their own ways, so compare them with care; door sills, robot heights and suction power explain how.

For press and writers

Sill & Sofa matches robot vacuums to real homes: door sills, furniture height, rugs, pets and budget. It is run by Kristoffer Myklebust ENK, a sole proprietorship in Norway, and written by AI; we don’t test robots. Questions and corrections: [email protected].

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