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ComparisonMamibot iGLASSBOT W168 and Tosima W5 Window Cleaning Robot

Up to three

All robot window cleaners. Every figure below is placed against the whole class, so a gap can be read against how much the class itself varies.

Where each one suits you.

The conditions each robot was assessed against, side by side. Rows marked in gold are where these machines genuinely differ.

Fit verdicts by condition for each robot
Condition Mamibot iGLASSBOT W168 Tosima W5 Window Clea…
Window style
Standard residential GoodRoute-planned stripe cleaning across three modes is built for a single mounted pane, the size class most residential windows fall into. GoodSuction mount and edge detection are built for standard residential panes; this is the machine's core documented use case.
Large panes (8 ft+)they differ GoodManufacturer guidance names large fixed panes and smooth tiled walls as this model's strongest documented match. DependsNo mapping or systematic route is documented, so full edge-to-edge coverage on 8ft+ panes in one pass isn't confirmed.
Specialty / textured Poor3,000 Pa is the ceiling and the only adhesion method; Mamibot's own guidance excludes textured or leaded panes outright. PoorSuction-mount adhesion needs smooth glass; the manufacturer markets only windows, mirrors and glass doors, not textured surfaces.
Frame style
Frameless / minimal GoodEdge detection and suction adhesion work directly on the glass surface, so minimal or absent framing doesn't limit where it mounts. GoodSuction-mount adhesion grips the glass pane itself, not the frame, so minimal or absent framing doesn't affect operation.
Standard mullions GoodStandard mullions sit outside the mounted pane; the robot's edge detection and suction hold to the glass itself, not the frame. GoodStandard mullions don't interfere; suction-based adhesion holds to the glass surface itself, not the frame edge.
Heavy bezels DependsThe square-body's route-planned stripe pattern assumes flat glass; clearance against a raised heavy bezel lip isn't documented. DependsHeavy bezels aren't addressed in any source; how the suction seal performs against a raised lip isn't documented.
Building height
Single-story GoodGround-level panes carry the lowest stakes; the UPS and rope layers matter here too but the consequence of any lapse is smaller. GoodFall risk is minimal at ground level; the undocumented rope rating and battery backup limits matter far less here.
2 – 3 storiesthey differ GoodA rated 30-minute UPS holds suction on a power cut, plus an alarm and rope, covering this height band. DependsRope carries no published load rating and backup runtime is reported as 25 to 30 minutes, unconfirmed for this height.
4+ storiesthey differ DependsThe rated UPS, alarm and rope give real fall protection, but no source validates performance specifically at 4-plus story height. PoorNo manufacturer source rates the safety rope's load capacity, and unrated tether strength is too great a risk at this height.
Power preference
Corded OK GoodRuns on mains power through a 5-meter extension cord for every cleaning session; that is the primary and only continuous supply. GoodOperates exclusively on mains power during normal use, so a nearby outlet is required for every deployment.
Cordless preferred PoorRated at 72W over a 5-meter mains cord; the 500 mAh UPS is a power-cut backup only, not a cordless supply. PoorRuns on mains power only; the onboard battery is strictly a power-failure backup, not a cordless power source.
No preference GoodWith no preference given, mains operation and a rated 30-minute UPS backup fit this reader either way. GoodNo power preference; the W5's mains operation with a power-failure battery backup works either way.

A robot being poor for a condition is a fact about fit, not a fault. “Depends” means the record names a limit worth reading, not that the answer is unknown.

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Robovations classifies robots; it does not rank them. Nothing on this page is a recommendation, and no manufacturer influences a classification or its placement here.