The Ultenic D6S is a robot vacuum with 3000 Pa of suction pressure that combines vacuuming with sonic mopping. It also offers room mapping, app control and the option to set no-go zones.
The Ultenic D6S is a robot vacuum with 3000 Pa of suction pressure that combines vacuuming with sonic mopping. It also offers room mapping, app control and the option to set no-go zones.
Suction and automatic carpet mode
The 3000 Pa figure describes suction pressure, not cleaning quality directly. The D6S is designed to pick up dust and other debris from hard floors and carpets, but results also depend on the surface and the type of debris.
When cleaning a carpet, the vacuum can automatically increase suction. This means users do not have to change the setting manually when it moves from a hard floor onto a carpet.
Sonic mopping for hard floors
Alongside vacuuming, the D6S offers sonic mopping. Small vibrations in the mop help loosen dust and dried-on dirt from hard floors. Combining both functions in one device allows for routine floor maintenance without a separate vacuum and mop.
Slim design, quiet mode and runtime
The ultra-slim design helps the vacuum pass under furniture and clean harder-to-reach areas. Its exact height is not specified, so it is worth checking whether it will fit under your furniture before buying.
The vacuum has a quiet mode and can vacuum for up to 120 minutes on one charge. The conditions and operating mode used to measure that runtime are not specified, so actual runtime may vary. A measured noise level is not provided either.
Mapping, no-go zones and app control
Room mapping helps the vacuum plan its cleaning route and lets users see which areas have been cleaned. No-go zones can be used to mark areas the vacuum should avoid, such as spaces around delicate items.
The app lets users start or stop the device remotely and adjust its settings. Together with automatic carpet suction adjustment, it gives users control over which parts of the home the D6S should avoid while cleaning.
This overview describes the model's stated features; it is not based on an editorial test.