Best Robotic Vacuums for Dirty water sensor

#1

Dirty-water detection was praised as impressive because it triggered extra cleaning behavior after dirty mop washing.

#2

Dirty-water sensing is praised in the one review that discussed it, especially for triggering remopping after dirtier mop-water readings.

#3

A standout feature in the video reviews is the dock’s dirt-detection logic that can trigger a remopping event after the robot washes its pads. Reviewers note it may require enabling...

#4

The dirty-water sensing and remopping features were praised as useful when mop pads came back especially dirty.

#5

Some reviews call out a dirty-water sensing feature in the dock that can adjust washing based on how dirty the pads are. It’s consistently described as a higher-end automation feature...

#6

Dirty-water sensing was praised for triggering repeat mopping in dirty areas.

#7

Dirty-water/dirt sensing is cited as useful for triggering extra mop washing when pads are especially dirty.

#8

A dirty-water sensor and related intelligent re-wash/re-mop behavior are highlighted as advanced dock automation features, aimed at reducing cross-contamination and improving consistency on dirtier areas.

#9

The dirty-water sensor was valued as part of the dock’s automatic rewash logic.

#10

The dirty water sensor and related “remop/extra attention” logic are highlighted as useful for real messes (e.g., muddy paw prints), triggering additional cleaning when the system detects higher soil levels.

#11

At least one review describes a sensor-driven approach to judging pad dirtiness via dirty water and potentially prompting additional cleaning. Dirty-tank fullness alerts via the app are also mentioned.

#12

Some reviews describe a dirt/dirty-water sensing approach that can trigger extra cleaning or re-mopping after detecting unusually dirty wash water, but it may require enabling in the app.

#13

Some reviews highlight a dirty-water sensing approach that can trigger extra mop-pad washing or a second cleaning pass when the system detects heavier soil. This feature is presented as a...

#14

Dirty-water detection was appreciated when it triggered or could trigger remopping, though one test did not activate it.

#15

Dirty-water sensing and remopping were viewed as useful, with the Roborock’s one-pass remop behavior considered sufficient.

#16

Dirty-water sensing and remopping received positive but limited evidence when reviewers saw the robot return for additional cleaning.

#17

The dock dirt-detection and remopping concept can work well (for example, triggering a second pass after muddy paw prints). However, other testing reports it did not reliably detect certain dried...

#18

Dirty-water related alerts help prompt tank emptying, but at least one reviewer found the wording confusing at first.

#19

Dirty-water sensing and remopping are helpful when they trigger, but one review found automatic remopping failed on test stains.

#20

Dirty-water or dock dirt-detection feedback is moderately positive, helping trigger repeat cleaning, though not always class-leading.

#21

Dirty-water/DirtSense evidence is qualified, with reviewers seeing it work in some ways but not always trigger extra cleaning when expected.

#22

Dirty-water sensing was a weakness because one reviewer noted the robot lacked a sensor to judge whether remopping was needed.

#23

At least one detailed reviewer notes the dock lacks a dirt-detection sensor that would automatically trigger extra re-mopping based on dirty wash water.

#24

Dirty-water or remopping behavior was weak in one test where expected remopping did not occur after a coffee run.

#25

Dirty-water sensing scored low because a reviewer criticized the lack of a dirt detection sensor.

#26

Multiple reviewers point out the dock lacks a dirt/detection sensor (or similar) to automatically vary mop-washing based on how dirty the pads or water are; cleaning intervals are set manually.