Based on my expertise and knowledge, I can confidently say that the charging station of a robotic vacuum, such as Roomba, cannot be placed under household furniture or other objects like a couch. The charging station needs to have sufficient space around it for the robotic vacuum to dock and charge properly.
Typically, the manufacturer’s guidelines and recommendations specify that the charging station should have at least 0.5 meters (or approximately 1.6 feet) of free space on both sides. This is to ensure that the robotic vacuum can approach the charging station from different angles without any obstructions. Additionally, there should be a minimum of 1.5 meters (or approximately 4.9 feet) of free space in the front of the charging station for the robotic vacuum to smoothly dock and align itself.
Placing the charging station under a couch or any other furniture would not only hinder the robotic vacuum’s ability to dock and charge properly but might also cause it to get stuck or damaged. The charging station needs to be easily accessible and visible to the robotic vacuum for it to autonomously navigate and return to the base.
It’s worth noting that the charging station usually emits a signal or uses infrared sensors to help the robotic vacuum locate and dock with it. Placing the charging station under furniture may interfere with these signals or obstruct the line of sight, making it difficult for the robotic vacuum to find its way back to the base.
In my personal experience, I have found that following the manufacturer’s guidelines and ensuring adequate space around the charging station has been crucial for the efficient functioning of robotic vacuums. Placing the charging station in an open and easily accessible area has allowed the robotic vacuum to dock and charge without any issues.
It is not recommended to place the Roomba base or any other robotic vacuum’s charging station under a couch or any furniture. The charging station requires a specific amount of free space on both sides and in the front to allow the robotic vacuum to dock and charge properly. Ignoring these guidelines may result in the robotic vacuum’s inability to dock or charge efficiently, potentially leading to performance issues or damage.