FAQ

Here you can find the mostly asked questions about the Robotic Lawnmower.

Very easy! Check our robotic mower advisor here and you will find out which robotic mower is suitable for your garden.

Or simply check if your garden is suitable using the product specifications.

GARDENA SILENO minimo (15201-20):

• Lawn area size: Maximum 250 m² +/- 20%
• Inclination inside the working area: maximum 25%
• Narrow passage: Minimum 60 cm (from wire to wire)

GARDENA SILENO minimo (15202-20):

• Lawn area size: Maximum 500 m² +/- 20%
• Inclination inside the working area: maximum 25%
• Narrow passage: Minimum 60 cm (from wire to wire)

GARDENA SILENO city (15001-20), GARDENA smart SILENO city (19069-20):

• Lawn area size: Maximum 250 m² +/- 20%
• Inclination inside the working area: maximum 35%
• Narrow passage: Minimum 60 cm (from wire to wire)

GARDENA SILENO city (15002-20), GARDENA smart SILENO city (19066-20):

• Lawn area size: Maximum 500 m² +/- 20%
• Inclination inside the working area: maximum 35%
• Narrow passage: Minimum 60 cm (from wire to wire)

GARDENA SILENO life (15101-20), GARDENA smart SILENO life (19113-20):

• Lawn area size: Maximum 750 m² +/- 20%
• Inclination inside the working area: maximum 35%
• Narrow passage: Minimum 60 cm (from wire to wire)

GARDENA SILENO life (15102-20), GARDENA smart SILENO life (19114-20):

• Lawn area size: Maximum 1000 m² +/- 20%
• Inclination inside the working area: maximum 35%
• Narrow passage: Minimum 60 cm (from wire to wire)

GARDENA SILENO life (15103-20), GARDENA smart SILENO life (19115-20):

• Lawn area size: Maximum 1250 m² +/- 20%
• Inclination inside the working area: maximum 35%
• Narrow passage: Minimum 60 cm (from wire to wire)

GARDENA SILENO+ (4055-60), GARDENA smart SILENO+ (19064-60):

• Lawn area size: Maximum 1600 m² +/- 20%
• Inclination inside the working area: maximum 35%
• Narrow passage: Minimum 60 cm (from wire to wire)

GARDENA SILENO+ (4050-60), GARDENA smart SILENO+ (19065-60):

• Lawn area size: Maximum 2000 m² +/- 20%
• Inclination inside the working area: maximum 35%
• Narrow passage: Minimum 60 cm (from wire to wire)
  
  
  

For more information, see operating instructions or visit the "Products" section of this Website.

The principle of the GARDENA robotic mower is to mow the lawn continuously. That means your garden is always freshly mowed. The needed time depends on the size and the complexity of your garden.
We recommend to let the robotic mower work five days per week. Of course he can also work the whole week. Here you can find an example how six working days per week can look like.

Generally is possible to place the charging station outside the working area. Please note that the area in front of the charging station is a high traffic location. The robotic mower should be able to start in any direction and return to the charging station from any direction. If the charging station is placed in a passage or outside the working area, it comes to a lot of turning processes, which causes a worn and flatted lawn. For further information, see section "How to install the charging station for the GARDENA Robotic Lawnmower" in the operating instructions.

Long narrow passages with 60 cm width (boundary wire to boundary wire) where a guide wire is installed can be mowed by the CorridorCut function easily. Long narrow passages without a installed guide wire should be have a width of minimum 1,5 meter.

The minimum width consists of several factors. First of all, the minimum distance between the boundary cables must be 60 cm. Additionally to this the distance to an obstacle must be considered and also added to the minimum distance of 60 cm from one boundary cable to the other.

Example: Minimum width between two house walls for a SILENO city
Distance between house wall and boundary cable on both sites: 35 cm
Minimum distance: 35 cm + 60 cm + 35 cm = 130 cm
In the operation manual you can find exact model specific information regarding distances, dependent on the type of obstacle.

 Please have a look here into our helpful installation videos.

Read here the six of the most common myths about these machines.