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

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

#4

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

#5

Dirty-water/stain-sensing evidence is positive overall, with reviewers praising automatic dirt detection, remopping, and avoiding dirty-water drag.

#6

Dirty-water sensing and remopping were praised as useful automation for dirtier mopping jobs.

#7

The dirty-water sensing remop behavior is praised because it automatically sends the robot back over dirtier areas.

#8

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

#9

Dirty-water or dirt-sensing re-clean behavior was described as working, though evidence was limited.

#10

Dirty-water detection was mixed: several tests triggered remopping successfully, while one dried-stain test failed to send the robot back automatically.

#11

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

#12

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

#13

The dirty-water sensor was viewed as a useful dock feature because it could detect dirty pad water and trigger additional cleaning.

#14

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

#15

Dirty-water sensing is praised as a useful advanced base-station feature that can trigger additional cleaning.

#16

Dirty-water-driven automation was praised as useful through CleanGenius, which helps decide how much cleaning floors need.

#17

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

#18

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

#19

The dirty-water notification worked, but the wording caused initial confusion before the reviewer realized it only needed emptying.

#20

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

#21

Dirty-water sensing evidence was limited and mixed because one muddy-paw test did not trigger the hoped-for remopping event.

#22

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

#23

The absence of dirty-pad sensing was treated as a limitation because the robot cannot detect dirty pads and return on demand.

#24

Dirty-water sensing was criticized because one reviewer noted the missing dirt-detection sensor in the base.

#25

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

#26

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