Roborock Q5+ Robot Vacuum
by Roborock
Hands-free cleaning for up to 7 weeks with the Self-Empty Dock
Powerful 2700Pa suction to tackle debris and pet hair
Multi-plane floating brush for a thorough clean on any surface
Why people love this robot vacuum
Hands-free cleaning for up to 7 weeks with the Self-Empty Dock
Powerful 2700Pa suction to tackle debris and pet hair
Multi-plane floating brush for a thorough clean on any surface
Product Specs
Here are the detailed specifications for this Roborock robot vacuum
Color: Black
Dual (Vacuum + Mop):
Surface: Hard Floors, Carpets, and Pet Hair
Batteries required:
Batteries included:
Battery type: [battery type]
Dimensions: 16.38in x 19.68in x 14.92in
Frequently Asked Questions
What is the difference between a robot vacuum and a robot mop?
A robot vacuum has one main function, to vacuum your floor. A robot mop will use a cleaning liquid to make your floors shine. There are a few robot models on the market that combine both functions. Once the vacuuming is done, the robot starts mopping your floors.
How do you change the cleaning solution or water on a robotic vacuum that mops floors?
To change the cleaning solution or water on a robotic vacuum that mops floors, first power off the vacuum and unplug it from the power source. Then, carefully remove the water tank and pour out any remaining solution or water. Next, add the desired new solution or water to the tank and reinstall it on the vacuum. Finally, plug the vacuum back in and power it on.
How do you prevent a robotic vacuum from getting stuck under furniture?
One way to prevent a robotic vacuum from getting stuck under furniture is to make sure the furniture is spaced out enough so that the vacuum can fit underneath. Additionally, you can use tape or a magnetic strip to block off areas that you don't want the vacuum to enter, such as underneath furniture.
How do you prevent a robotic vacuum from falling down stairs?
The best way to prevent a robotic vacuum from falling down stairs is to install virtual walls or boundaries to create a perimeter. These virtual walls or boundaries will emit infrared signals that the robotic vacuum will recognize and use to detect where it is allowed to go and where it is not. Additionally, some robotic vacuums have sensors built-in to detect stairs and other obstacles, which can help to further prevent the vacuum from falling down stairs.