DEEBOT OZMO 950 Multi-Floor Map Management

The DEEBOT OZMO 950 can learn more than one floor of your home and remember each layout separately. With proper multi-floor map management, you can carry the robot upstairs or downstairs, pick the right map in the Android app, and let it clean as if it has lived there for years. The key is understanding how maps are created, saved, switched, and protected from accidental overwrites.

1. How Multi-Floor Mapping Works

Multi-floor mapping is a combination of three elements:

1. The robot’s ability to recognize and draw a map of its surroundings.

2. The Android app’s ability to store more than one map.

3. Your habit of choosing the correct map when you move the robot between floors.

Important points to keep in mind:

• The DEEBOT OZMO 950 cannot move between floors by itself. You always carry it.

• Each map belongs to a specific physical floor: Ground Floor, Upstairs, Basement, and so on.

• Virtual boundaries, no-go zones, and no-mop zones are saved per map, not globally.

Once you’ve set up each floor with a clean, accurate map and useful zones, sending the robot to work on the right level becomes a simple routine.

2. Preparing Your Home for Multi-Floor Mapping

Before you start recording multiple maps, it helps to prepare both your home and your expectations.

2.1 Decide Which Floors Need Maps

Most homes fall into one of these patterns:

• Single main floor with small secondary areas: only one map really matters.

• Two or three full floors (for example, ground floor, bedroom floor, basement): each one deserves its own map.

• Mixed layout with a mezzanine or split level: sometimes these can share a map, sometimes not.

Map each level that you expect the robot to clean regularly. Occasional-use areas can be handled with manual spot cleaning if needed.

2.2 Make Each Floor “Map-Friendly”

For each floor you plan to map:

• Clear large obstacles and loose items from the floor.

• Open doors to rooms you want included in the map and close doors to rooms you want excluded.

• Reduce clutter temporarily (e.g., pick up toys, loose cables) so the robot can move smoothly.

The cleaner the environment during the first mapping run, the cleaner and more accurate the stored map will be.

3. Creating the First Map (Primary Floor)

Most people start with the main living level. This becomes the reference point for how multi-floor mapping behaves.

3.1 Run a Full Mapping Clean

On the primary floor:

1. Place the charging dock in a central, permanent location on that floor.

2. Make sure the robot is fully charged.

3. Open the Android app and select a full cleaning or mapping mode (depending on the options).

4. Remove the water tank and mop pad for this first mapping run to keep things simple.

5. Let the robot explore until it finishes and returns to the dock.

The app should display a full-floor map once the run is complete.

3.2 Save and Name the Map

After the first map appears:

• Save the map in the app when prompted.

• Give it a clear and memorable name such as “Ground Floor” or “Main Level.”

This name will be how you identify the map when you choose it later.

3.3 Split, Merge, and Name Rooms

Once the base map is saved:

• Use the map tools on Android to split large areas into logical rooms (Living Room, Kitchen, Dining, Hallway).

• Merge or adjust room boundaries where necessary.

• Name each room in a simple, consistent way (avoid overly long or confusing names).

Good room structure on the primary floor gives you a model for what to do on the other floors.

4. Adding Additional Floor Maps

The multi-floor features become visible when you create a second map on a different level.

4.1 Moving the Robot to a New Floor

When you want to map another floor:

1. Pick up the DEEBOT OZMO 950 and carry it to the new level.

2. Do not bring the dock at this stage unless you plan to use a second dock on that floor.

3. Place the robot on the floor at a sensible starting point, ideally near the center of the area you want to map.

It is perfectly fine to have a single dock on one floor; the robot can still clean and map other levels without docking there.

4.2 Starting a Mapping Run on the New Floor

Using the Android app:

1. Wake the robot and make sure the app is connected.

2. Choose a full-area cleaning or mapping mode.

3. Allow the robot to explore the floor until it completes coverage.

The robot will create a new map that looks different from the first one because the layout is different.

4.3 Saving the Second Map

Once the second map is generated:

• Save it as a separate map in the app.

• Give it a differentiated name like “Upstairs Bedrooms” or “Second Floor.”

Some app versions may prompt you with something like “Save as new map” or “Replace existing map.” Always choose the option that keeps your original map and adds a new one.

4.4 Repeating for Additional Floors

If you have a third floor:

1. Move the robot there.

2. Run another full mapping clean.

3. Save and name the map (e.g., “Basement”).

Be aware that the robot may have a maximum number of maps it can store. If you reach that limit, you might need to delete a rarely used map to create a new one.

5. Switching Between Floor Maps

Once you have multiple maps stored, the core skill is telling the robot which map to use each time you move it.

5.1 Manual Map Selection

When you carry the DEEBOT to a floor:

1. Open the Android app.

2. Select the map management or map list section.

3. Choose the correct floor map (for example, “Upstairs Bedrooms”).

4. Confirm that the room layout shown matches the floor where the robot is currently located.

5. Start cleaning from the app.

If you start a clean with the wrong map selected, the robot might behave strangely or attempt to remap, so always verify the selected map before pressing start.

5.2 Robot Position vs Map Alignment

For best results:

• Place the robot on the floor in a location that corresponds roughly to the same spot on the map (for example, near a recognizable wall or doorway).

• Avoid starting the robot in a completely different corner than usual if the map seems misaligned.

If the robot enters a mapping mode rather than cleaning mode, it may be trying to create a new map instead of using the existing one, which can risk overwriting if you are not careful.

6. Using Docks with Multiple Floors

You can use a single dock or more than one, depending on your home.

6.1 Single Dock on One Floor

This is the simplest and most common setup:

• The dock stays permanently on the main floor.

• The robot charges there.

• When you want to clean another floor, you carry the robot there, run a cleaning session, and then carry it back down to dock and recharge.

In this case, when cleaning a secondary floor, the robot may stop when its battery is low, and you manually return it to the dock.

6.2 Optional Extra Dock on Another Floor

If the app and robot support multiple docks:

• Place a second dock on a different floor.

• Include that dock in the mapping run on that floor so the robot knows its position.

This can make multi-floor cleaning more convenient, as the robot can recharge locally on each level. However, it also adds complexity when managing maps and dock locations, so many users stick with one dock.

7. Virtual Boundaries and No-Mop Zones per Floor

Multi-floor management really shines when you combine it with area controls that are unique to each level.

7.1 Separate No-Go Zones on Each Map

On each floor map:

• Add no-go zones where the robot should never enter (for example, cable-heavy office corners, delicate furniture areas, tight spaces under low cabinets).

• Since each map is independent, these zones do not affect other floors.

Example:
The upstairs floor might have a fragile floor lamp corner you never want the robot near. That zone appears only on the upstairs map.

7.2 Floor-Specific No-Mop Zones

For mopping:

• Add no-mop zones over carpets, rug-heavy rooms, or areas with sensitive flooring on each floor.

• Only maps where you plan to mop need no-mop zones, but it is wise to configure them anyway in case you attach the water tank.

Example:
The basement might be mostly hard floor and safe for mopping with minimal no-mop protection, while the top floor might be mostly carpet and require extensive no-mop coverage.

7.3 Fine-Tuning Room-Level Boundaries

Multi-floor maps can differ a lot in structure:

• One floor may be open-plan (few walls, large areas).

• Another floor may have small, clearly separated rooms.

Use the app to split and merge rooms differently for each floor:

• On open-plan levels, create logical zones (Living, Dining, Kitchen).

• On small-room levels, keep divisions aligned with actual doors and walls.

This makes it easier to send the robot to “just clean the hallway upstairs” or “only clean basement storage.”

8. Scheduling and Multi-Floor Maps

Scheduling is powerful, but it has to be managed carefully in multi-floor setups.

8.1 Scheduling on the Primary Floor

For the floor where the dock lives:

• Create daily or weekly schedules for full-house or room-based cleaning.

• The robot can start from the dock and return automatically.

These schedules generally work best on the floor where the robot “lives” full-time.

8.2 Manual Schedules on Other Floors

For floors without a permanent dock:

• You may not want strict automatic schedules, because the robot might not be there at the scheduled time.

• Instead, create schedules that you manually trigger when the robot is physically on that floor, or simply start cleaning on demand.

In practice, many users prefer to clean secondary floors manually (start from the app when they carry the robot there) instead of relying on fixed schedules.

8.3 Avoiding Schedule Conflicts

If you do set schedules for multiple floors:

• Make sure the robot is on the correct floor before a scheduled time.

• Avoid overlapping schedules that would try to start cleaning while the robot is elsewhere.

If the robot misses a schedule because it was on another floor, you can run that job manually later.

9. Best Practices for Multi-Floor Use

A few habits make multi-floor management smooth and predictable.

9.1 Consistent Map Names and Room Names

Use clear, structured names:

• Map names: “Ground Floor,” “First Floor,” “Basement.”

• Room names: “Ground Living,” “Upstairs Hall,” or simply “Living Room,” “Bedroom 1” if the context is clear.

This reduces confusion when selecting a map in the Android app and helps if you use voice assistants or other integrations.

9.2 Create a “Move and Check” Routine

Whenever you move the robot between floors:

1. Carry the robot to the new level.

2. Open the Android app.

3. Select the correct map.

4. Confirm that the map view matches the floor (doors, room shapes).

5. Start cleaning.

Repeating this routine every time keeps mistakes to a minimum and protects your maps from accidental overwrites.

9.3 Combine Multi-Floor and Maintenance

Because you handle the robot more often in a multi-floor home:

• Use that moment to visually inspect the brushes, wheels, and dustbin.

• Empty the bin if you plan a large cleaning on a new floor.

• Check that the water tank is in or out as appropriate for that session.

This “handling time” becomes a handy trigger for quick maintenance.

10. Common Multi-Floor Problems and How to Fix Them

Even with careful setup, some issues are common. Most can be corrected with simple map or habit changes.

10.1 Map Overwritten or Lost

Symptom:
A floor that used to have a clean map now shows a new or partial map, or the old layout disappears.

Possible causes:

• Starting a mapping run with the wrong floor selected and choosing to save it over the existing map.

• Allowing a new map to replace an old one by confirming the wrong prompt.

What to do:

1. If the map is truly lost, remap that floor by running a full cleaning again.

2. After remapping, give the map a distinct name.

3. Be very cautious when the app asks whether to replace a map or save a new one; always choose “save as new” when mapping new floors.

10.2 Robot Seems Confused After Being Moved

Symptom:
The robot starts cleaning on a second floor but its path looks erratic, or it repeatedly tries to remap.

Possible causes:

• Wrong map selected for the floor.

• Robot started in a position that does not match the map orientation at all.

What to do:

1. Stop the cleaning.

2. Confirm that the correct floor map is selected in the app.

3. Place the robot in a more neutral, open area that clearly exists on the map and restart.

If confusion continues, consider remapping that floor or resetting the map alignment if the app offers such a tool.

10.3 No-Go or No-Mop Zones Misaligned

Symptom:
The robot enters areas that should be blocked on a multi-floor map, or avoids the wrong area.

Possible causes:

• Recent map edits changed room shapes but zones were not adjusted.

• Furniture or large objects moved significantly, making the map less accurate.

What to do:

1. Open the map for that floor.

2. Check each zone’s placement relative to current furniture and walls.

3. Resize or move no-go and no-mop zones to reflect the actual layout.

4. If the map seems far off, remap that floor and recreate zones.

10.4 One Floor Takes Much Longer to Clean

Symptom:
The robot seems slow or repeatedly stuck on a certain floor compared to others.

Possible causes:

• High clutter or narrow passages on that level.

• More carpets or thresholds.

• Sensors partially obstructed or dirty, affecting navigation.

What to do:

• Declutter the floor and widen tight pathways where possible.

• Use no-go zones around troublesome spots.

• Clean the robot’s sensors, brushes, and wheels before cleaning that floor.

11. When to Remap a Floor

Sometimes it is quicker to start fresh than to fight with a broken or outdated map.

Consider remapping a specific floor when:

• You have significantly remodeled or rearranged furniture.

• The robot frequently gets lost or stuck in new ways.

• No-go and no-mop zones seem impossible to align correctly with reality.

Steps to remap a single floor:

1. Delete or reset that floor’s map in the app (if you are sure you do not need it).

2. Carry the robot to that floor.

3. Run a full mapping clean.

4. Save the new map with a clear name.

5. Recreate room splits and zones.

This can restore performance and reliability, especially in spaces that have changed a lot over time.

12. Turning the DEEBOT into a Multi-Floor Habit

Once everything is set up, multi-floor map management can become a normal part of your week rather than a one-time project.

A simple routine might look like this:

• Daily: main floor cleans automatically on schedule using its map.

• Twice a week: carry the robot upstairs, select “Upstairs Bedrooms” map, start a full or room-based clean, carry it back to dock afterward.

• Once a week: carry the robot to the basement, select “Basement” map, run a clean, check brushes and dustbin before returning it to the dock.

With clearly named maps, reliable room boundaries, and per-floor virtual zones, the DEEBOT OZMO 950 can move between levels in your home as confidently as you do, keeping each one clean according to its own layout and needs.