ECOVACS
ECOVACS DEEBOT T90 OMNI Robot Vacuum & Mop
ECOVACS' flagship in this lineup: 30,000 Pa suction — the highest published figure in this entire catalog — with a roller mop that self-washes with hot water and dries with 145°F air.
Robot vacuums have converged around a few real feature tiers in 2026: vacuum-only budget bots with LiDAR mapping, mid-range vacuum-and-mop combos with auto-empty docks, and flagship models that add camera-based obstacle avoidance, self-washing mop docks, and in one case, legs that physically climb over thresholds.
Rather than crown a single "best" model, we group our picks by what actually differentiates them: raw suction, navigation sophistication, and how much the dock automates. The picks below represent the strongest editorial score in each of those dimensions from our current catalog.
ECOVACS
ECOVACS' flagship in this lineup: 30,000 Pa suction — the highest published figure in this entire catalog — with a roller mop that self-washes with hot water and dries with 145°F air.
Dreame
The most powerful vacuum in this entire lineup on paper: 25,000 Pa suction, LiDAR plus 3D structured light and an RGB camera, and four dedicated carpet-cleaning modes.
Dreame
Dreame's most mechanically distinctive model here: retractable robotic legs that physically climb obstacles up to 2.36 inches, paired with 20,000 Pa suction and a low-profile 3.5-inch mode for sliding under furniture.
Narwal
A mid-range combo built around a distinctive Reuleaux triangular mop shape for wider edge coverage, 11,000 Pa suction, and a base station rated for up to 120 days hands-free.
Shark
Shark's mid-range vacuum-and-mop combo, built around a 5-sensor "PowerDetect" system and a NeverTouch Pro base that empties dust, refills water, and washes and dries the mop pads on its own.
iRobot
A mid-range Roomba combo with 20,000 Pa suction, spinning DualClean mop pads with SmartScrub scrubbing, and an AutoWash Dock that empties, washes and heat-dries automatically for up to three months.
The biggest differences are navigation sophistication (basic LiDAR vs. LiDAR combined with an AI camera and 3D structured light), dock automation (dust-only auto-empty vs. a full station that washes and dries mop pads and refills water), and obstacle handling. Raw suction numbers vary too, but aren't the whole story — a lower-suction model with a smarter navigation stack often cleans more thoroughly in practice.
LiDAR (or an equivalent laser/ToF mapping system) is what lets a robot build an accurate map of your home and clean in efficient rows instead of random bouncing. Nearly every model worth considering in 2026 has it — the real differentiator now is whether it's paired with a camera for obstacle recognition.