The time it takes for a robotic vacuum to clean a house once fully charged can vary widely depending on several factors:
Battery Capacity: The capacity of the vacuum's battery will determine how much energy it can store and, consequently, how long it can operate on a single charge. Typical robotic vacuums have battery capacities ranging from around 1800mAh to 5200mAh or more.
Cleaning Area: The size of your house and the area that needs to be cleaned will have a significant impact on the cleaning time. A smaller apartment or a single room will generally take less time to clean compared to a larger house with multiple rooms.
Cleaning Intensity: Some robotic vacuums offer multiple cleaning modes (e.g., eco mode, standard mode, turbo mode). The cleaning intensity you choose will affect how much energy the vacuum consumes and, consequently, how long the battery lasts.
Obstacles and Complexity: The number of obstacles, furniture, and other complexities in your house can influence the cleaning time. The more obstacles the vacuum encounters, the longer it may take to complete the cleaning.
Efficiency of the Robot: The efficiency and capabilities of the specific robotic vacuum you are using will play a role. Higher-end models might have better navigation systems and mapping capabilities, which could make them more efficient and reduce cleaning time.
On average, a robotic vacuum with a battery capacity of around 2500mAh can clean for about 60 to 90 minutes on a single charge. However, as technology advances, newer models may have longer battery life and improved efficiency, allowing them to clean for longer periods before needing a recharge.
If your house is relatively small and clutter-free, a fully charged robotic vacuum might be able to complete the cleaning job in one session. For larger or more complex houses, the vacuum might need to return to its charging dock to recharge before finishing the cleaning process. Many robotic vacuums have a "resume cleaning" function, which allows them to pick up where they left off after recharging.