Robot vacuum cleaner with wet cleaning Ecovacs Deebot OZMO 930
-
Cleaning type:Dry and wet
-
Suction power:1200 Pa
-
Cleaning area:150 m²
-
Dust container volume:450 ml
-
Water tank volume:300 ml
-
Cartography:Lidar (LDS)
More in Ozmo 9xx series:
Description ECOVACS Deebot OZMO 930
- Dust bin capacity - 470 milliliter. Smart Navi, laser-based navigation scans and maps cleaning areas so the DEEBOT learns and constantly adapts to your home, enabling efficient cleaning. Precision technology allows you to draw virtual boundaries or pinpoint specific areas to clean or avoid.
- With Ecovacs latest adaptive floor sensing technology, the DEEBOT OZMO 930 will change its cleaning pattern on the fly depending on whether it is in vacuuming or mopping mode, all without user intervention. On carpet, DEEBOT OZMO 930 will increase suction power automatically for a deeper cleaning.
- The DEEBOT Ozmo 930 has our latest mopping technology. Ozmo is a complete system with an electronically-controlled water pump, sensors that monitor water flow, and controls to stop the flow to ensure a consistent cleaning result.
- Voice enabled control of DEEBOT available through Amazon Alexa and Google Assistant. Ecovas app allows you to schedule cleanings anytime, anywhere.
- 110 minute runtime and auto recharge and resume technology. Includes 1 year manufacturer's warranty and extra accessories kit.
![]() |
![]() |
![]() |
![]() |
![]() |
|
---|---|---|---|---|---|
DEEBOT Ozmo 960 | DEEBOT Ozmo 950 | DEEBOT Ozmo 920 | Deebot OZMO 930 | DEEBOT Ozmo 900 | |
Cleaning type | Dry and wet | Dry and wet | Dry and wet | Dry and wet | Dry and wet |
Suction power | n/a Pa | 1500 Pa | 1200 Pa | 1200 Pa | 1000 Pa |
Cleaning area | 120 m² | 280 m² | n/a m² | 150 m² | 150 m² |
Dust container volume | 450 ml | 430 ml | 430 ml | 450 ml | 450 ml |
Water tank volume | 250 ml | 240 ml | 240 ml | 300 ml | 240 ml |
Self-cleaning base | n/a | n/a | n/a | n/a | n/a |
Cartography | Lidar (LDS) + Camera | Lidar (LDS) | Lidar (LDS) | Lidar (LDS) | Lidar (LDS) |
Battery life (up to) | 110 Minutes | 200 Minutes | 130 Minutes | 110 Minutes | 100 Minutes |
Position in ranking | n/a | 98 | n/a | n/a | n/a |
Characteristics ECOVACS Deebot OZMO 930
-
Brand
Cleaning
-
Vibrating mopping padVibrations will help to clean the floor better when wet cleaningYes
-
Cleaning typeDry and wet
-
Suction power1200 Pa
-
Cleaning area150 m²
-
Dust container volume450 ml
-
Water tank volume300 ml
-
Volume65 dB
-
Turbo brushYes
-
Number of side brushes2 PC
-
Overcoming the thresholdsup to 1.6 cm
Navigation
-
CartographyLidar (LDS)
-
Limiter cleaning zoneVirtual wall
-
Navigation capabilitiesZoning a room into rooms
Storing multiple cleaning maps in memory (cleaning multiple floors)
Building a room map
Manual robot control (from the app)
Room cleaning / Zone cleaning
Control
-
Voice promptsYes
-
Control typeManual (from the button on the vacuum cleaner)
From smartphone -
Scheduled cleaningYes
-
Integration with cloud servicesAmazon Alexa
Google Home
Sensors
-
Carpet detectionYes
-
Dirt detectionNo
-
Dust collector filling indicatorNo
Battery
-
Battery typeLi-Ion
-
Capacity3200 mAh
-
Battery life (up to)110 Minutes
-
Charging time4.00 Hours
Dimensions and equipment
-
Width354 mm
-
Height102 mm
-
Depth354 mm
-
Weight4.60 Kg
-
ColorBlack
-
Equipmentcharging dock
adapter
main brush
extra filter
user manual
water tank
mop attachment
2 extra side brushes -
AdditionallySmart route planning system Smart Navi
Cleaning modes: Auto, Area (cleaning the selected area), Custom (user programmed cleaning)
Instructions for ECOVACS Deebot OZMO 930
Video Reviews ECOVACS Deebot OZMO 930
Users also compare
Users also compared with
Latest News and Articles about ECOVACS
All news
Ecovacs Deebot N20 Plus: The Best Budget Robot Vacuum of 2025

Robot Vacuums 2025: innovations Redefining Home Cleaning

Top Robot Vacuum Cleaners to Snag This Black Friday: The Best Deals and Smart Features for a Spotless Home

Best Robot Vacuums of 2024 Under $500: Top Choices for Your Budget

Common Problems with the DEEBOT X2 OMNI Robot Vacuum Cleaner and How to Solve Them