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Comparison Midea S8+ vs Midea M7 Pro

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Midea S8+
Midea M7 Pro
Midea S8+Midea M7 Pro
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Typerobot vacuum cleanerrobot vacuum cleaner
Cleaning
dry and wet
2 side brushes
turbo brush
wet wiping (vibration)
dry and wet
2 side brushes
turbo brush
wet wiping (vibration)
Water supply adjustment
Robot vacuum cleaner
Suction power4000 Pa4000 Pa
Dust container capacity450 ml450 ml
Water tank capacity220 ml220 ml
Power auto-adjustment
Fine filterHEPAHEPA
Building a room maprangefinder (laser)rangefinder (laser)
Cleaning area limitationvia the appvia the app
Features
Control via smartphone
Scheduled cleaning
Memory of several maps (floors)
Self-cleaning station
Dust collector stationdisposable bag
Battery
Battery capacity5.2 Ah5.2 Ah
Operating time180 min180 min
Charging time4 h2.5 h
General
Cleaning area250 m²250 m²
Threshold clearance20 mm20 mm
Noise level67 dB65 dB
Dimensions (HxWxD)9.7x35x35 cm9.6x35x35 cm
Weight3.8 kg
Color
Added to E-Catalogjuly 2022august 2021
Compare Midea S8+ and M7 Pro
Both robotic vacuum cleaners, Midea S8+ and Midea M7 Pro, offer similar features such as dry and wet cleaning, a cyclonic dust collection system, and suction power of 4000 Pa. However, the M7 Pro stands out with its power auto-adjustment feature and multi-map memory, which can be useful for multi-level homes. Both models have a runtime of 180 minutes, but the M7 Pro charges faster — 2.5 hours compared to 4 hours for the S8+. The noise level for the M7 Pro is also slightly lower — 65 dB compared to 67 dB for the S8+. Both devices have similar dimensions and weight, but the M7 Pro is slightly lighter. The decision between them may depend on the need for the additional features of the M7 Pro.
Midea M7 Pro often compared
Glossary

Power auto-adjustment

A function that automatically adjusts suction power based on the type of surface or the amount of detected debris. On carpets or heavily soiled areas, the robot increases power, while on smooth floors it reduces it to save battery life and reduce noise. Automatic power adjustment helps maintain cleaning quality without constantly selecting the mode manually.

Memory of several maps (floors)

Multiple map memory allows the robot vacuum to save separate layouts for different floors or rooms. When the device is moved, it recognizes the required map and uses the already defined rooms, no-go zones, and cleaning settings. This feature is especially useful for multi-story homes, as it eliminates the need to rescan the space every time the robot is moved.

Dust collector station

The dust collector of the self-cleaning station is used to collect debris that is automatically emptied from the robot vacuum cleaner’s internal container. Its design affects maintenance frequency, user contact with dust, and the need to purchase consumables.

— Disposable bag. Debris is stored in a sealed dust collector, which is usually designed for several weeks of regular cleaning. It is easy to replace without spilling dust, but further use involves the cost of compatible bags.

Cyclone container. Dust and debris accumulate in a rigid removable container that can be emptied repeatedly and reinstalled. This solution is more economical and allows you to see the fill level, but is less hygienic than a bag and requires more thorough maintenance.

Charging time

Full charging cycle of the robot vacuum to restore the battery from the minimum level to 100%. The process usually takes several hours and depends on the battery capacity and charging system power. However, with regular returns to the base, this parameter rarely affects cleaning convenience.

Noise level

The dB rating helps assess how noticeable the robot vacuum will be during cleaning. A level of 55–60 dB is typical of quiet robots, 60–70 dB is considered standard, and values above 70 dB are typical of the most powerful modes. The lower the rating, the less the device interferes with conversations, rest, or work.