A saved map helps the DEEBOT OZMO 950 clean systematically, recognize areas of the home, support targeted cleaning, and apply virtual boundaries. Set up the first map carefully, then use room and boundary controls to match everyday cleaning needs.
[note] Map-control names and available boundary options can vary by app version or region. Use the closest equivalent shown in your app. [/note]How Mapping Works
The OZMO 950 uses laser-based navigation to scan its surroundings while moving. Distance information from walls, furniture, and other obstacles is used to build a floor map as the robot travels through the home.
[reference] Title: Systematic Cleaning Text: The saved map helps the robot plan an organized cleaning route instead of relying on random movement. Title: Area Recognition Text: The mapped layout can be divided into areas or rooms for targeted cleaning and scheduling. Title: Virtual Boundaries Text: Saved maps allow restricted areas or boundary lines to be placed where the robot should not travel or mop. [/reference]The map is created during cleaning and can then be viewed and managed in the app. Advanced map controls become useful after a complete map has been created and saved.
Prepare the Floor
A clear first run gives the robot a better chance to discover the complete floor without interruptions.
[checklist] * Pick up loose toys, socks, clothing, plastic bags, and similar floor items * Secure or temporarily lift cables that could catch in the brushes * Open doors to rooms that should be included in the map * Close doors to areas that should remain outside the mapped cleaning space * Keep the charging dock in a permanent, accessible position * Start with enough battery for a full mapping and cleaning run [/checklist] [tip] For the first map, consider mapping without the water tank or mop pad so carpets and other floor transitions do not complicate the initial run. [/tip]Create the First Map
Start the initial mapping run from the charging dock and allow the OZMO 950 to complete the floor with as little interruption as possible.
[step] 1. Place the DEEBOT on its charging dock on the floor you want to map 2. Open the companion app and select the OZMO 950 3. Confirm that the robot has sufficient battery 4. Start a complete cleaning run using the full-floor or Auto cleaning option available in the app 5. Let the robot travel through the accessible rooms without picking it up or moving it unnecessarily 6. Allow the robot to finish the run and return to the dock 7. Check the completed map and save it if the app requires manual map saving [/step]You may see the map develop while the robot is cleaning. A complete uninterrupted run is important because moving the robot during initial mapping can interfere with its position on the map.
[warning] Avoid relocating the charging dock after a map has been established. A dock-position change can affect map positioning and may require the floor to be mapped again. [/warning]If the robot becomes physically stuck, clear the obstruction so it can continue. If the mapping run can no longer continue normally, begin a new full mapping run from the dock rather than repeatedly moving the robot around the floor.
Save and Manage Maps
After the floor has been mapped, use the map-management controls available in the app to keep the layout organized.
- Save the completed map when required.
- Give saved floors clear names such as “Ground Floor” or “Main Level.”
- Edit room or area divisions when the automatic layout does not match the home.
- Add virtual boundaries after the map is available.
- Use saved rooms or areas for targeted cleaning.
- For a multi-level home, keep separate saved maps for supported floors rather than treating different levels as one layout.
Edit Rooms and Areas
The mapped floor may initially be divided automatically. Room-management controls can then be used to make the layout better match the actual space.
Split an Area
Use a split when one mapped area contains two spaces that you want to control separately, such as a combined living and dining area.
[step] 1. Open the saved floor map 2. Enter the map-edit or room-management screen 3. Choose the split or area-division control 4. Position the dividing line between the spaces 5. Save the edited layout [/step]After a successful split, the areas can be selected separately for targeted cleaning or compatible schedules.
Merge Areas
If the map divides an open space into unnecessary sections, select adjacent areas and use the merge control to combine them. This is useful for open-plan rooms where physical walls do not clearly separate each area.
Name Rooms
Short room names make the map easier to use. Examples include “Kitchen,” “Living Room,” “Hallway,” “Bedroom 1,” and “Office.”
- Room names make targeted cleaning easier to identify in the app.
- They help organize room-specific schedules where supported.
- If a linked voice assistant supports room-based commands, recognizable room labels can also make those controls easier to manage.
Choose the Right Boundary
Virtual boundaries use the saved map to control where the robot should travel. The exact controls shown in the app may vary, but they generally cover these purposes:
[compare] No-Go Area | Keeps the robot out of a selected location during cleaning. Mopping Restriction | Keeps the mop away from carpet, rugs, or other areas that should remain dry when the available app controls support this distinction. Virtual Wall | Creates a line-style barrier across a doorway, hallway, or open transition. [/compare]These controls can reduce the need for movable physical barriers on the floor.
No-Go Areas
Use a no-go boundary for a place the robot should avoid completely.
Useful examples include:
- Cable-heavy spaces behind a TV stand.
- Areas with delicate objects positioned close to the floor.
- Narrow locations where the robot repeatedly becomes trapped.
- Pet food or water stations that should not be disturbed.
A typical setup flow is:
- Open the saved floor map.
- Enter map-edit or boundary controls.
- Select the no-go or Virtual Boundary option available in the app.
- Place and resize the restricted area around the location.
- Save the map changes.
Once saved, the restriction is used during normal mapped cleaning, including compatible whole-floor, room, or custom-area cleaning.
Mopping Restrictions
When the app provides a separate mopping restriction, use it for surfaces that should not be contacted by the wet mop while still keeping normal vacuum access available when appropriate.
Common examples include:
- Rugs and carpets within rooms that also have hard flooring.
- Raised mats that should remain dry.
- Wood or other moisture-sensitive sections that you prefer not to mop.
To configure a mopping restriction, open the relevant floor map, enter its boundary-editing controls, place the restriction over the sensitive area, and save the changes.
If the app treats the mopping restriction separately from a full no-go area, vacuum-only cleaning may still be available in that location. When mopping is active, the restricted area should remain outside the mopping route.
[tip] Give carpet or rug boundaries a small margin instead of tracing the exact edge. This helps keep the mop pad from extending onto the soft surface if the robot's path varies slightly. [/tip]Virtual Walls
A virtual wall is useful when a straight boundary is more practical than covering a full area.
Typical uses include:
- Blocking an open doorway or wide archway.
- Limiting access through part of a long hallway.
- Keeping the robot on one side of an open room without changing the room divisions.
In the map-edit screen, choose the available Virtual Boundary, virtual-wall, or similar line control, draw it across the route you want to block, adjust its position as needed, and save the map.
Use the Map for Daily Cleaning
Target Specific Rooms
After room areas are established, mapped cleaning can be directed to:
- A single room such as the Kitchen.
- Several rooms such as Kitchen + Dining.
- The full mapped floor while saved no-go boundaries remain active.
Manage Mixed Floors
Saved restrictions help keep repeated cleaning consistent. In a home with both hard flooring and carpet, use the available mopping controls together with the OZMO 950's mapped layout so the robot can clean the intended hard-floor areas without repeatedly reconfiguring the map.
Protect Temporary Sensitive Areas
No-go boundaries and virtual walls can also be adjusted when the layout changes temporarily.
- Block a child play area containing small toys.
- Keep the robot away from a work area with cables or equipment on the floor.
- Restrict a corner where the robot has previously become trapped.
When the situation changes, edit or remove the saved boundary instead of rearranging permanent room divisions unnecessarily.
After Furniture Changes
Small Changes
Moving a chair or adding a small table usually does not require an immediate new map if the OZMO 950 continues navigating normally.
- Check that the overall room layout still matches the map.
- Confirm that important virtual boundaries are still positioned correctly.
- Continue using the map if access between rooms has not materially changed.
Major Changes
Large layout changes can make saved rooms or boundaries less accurate. Examples include substantial furniture rearrangement or changes that significantly alter access between spaces.
Run the robot and check whether navigation and boundary placement still make sense. If the saved layout no longer aligns well with the floor:
[step] 1. Remove or replace the outdated map when appropriate 2. Start a new complete mapping run from the charging dock 3. Save the new floor map 4. Recreate the required room divisions, room names, and virtual boundaries [/step]Keep the Map Consistent
[dosdonts] Do: Keep the charging dock in the same mapped location Do: Check boundary placement after major furniture changes Do: Use map-based restrictions for areas that need repeatable access control Do: Give carpet-related mopping restrictions a small safety margin Dont: Pick up and relocate the robot repeatedly during a mapping run Dont: Move the charging dock casually after the map has been established Dont: Replace an existing floor map without checking which saved map is being changed [/dosdonts]If you must move the robot during an ordinary cleaning run, place it back near the location where it was picked up when practical so it has a better chance to relocate itself on the saved map.
Basic Map Checks
Most map irregularities can be handled with map editing or a clean remapping run rather than technical repair.
[troubleshoot] Problem: Rooms appear divided incorrectly or the map looks noticeably misaligned Cause: The robot may have been moved or interrupted during mapping, or doors may have changed position during the run Fix: Correct individual areas with split or merge controls when possible. If the whole layout is inaccurate, create a new uninterrupted map Problem: An existing map was replaced Cause: A new floor may have been saved over a map that was already in use Fix: Check the remaining saved maps. If the previous layout is no longer available, map that floor again and recreate its room edits and boundaries Problem: The robot seems disoriented after being moved to another floor Cause: The active or recognized map may not match the robot's current location Fix: Confirm the correct floor map, place the robot in an open mapped area, and allow it to position itself before cleaning. If the floor cannot be matched reliably, create the map again [/troubleshoot]Maps and Cleaning Schedules
Saved room divisions can make recurring cleaning more specific when scheduling controls are available.
- Weekdays: clean Kitchen + Dining after breakfast.
- Daily: run a full-floor clean while saved restrictions control access.
- Twice a week: clean Bedroom + Hallway when those rooms are clear.
Review a schedule after changing room divisions or replacing a map so its selected areas still match the intended rooms.