Eufy by Anker BoostIQ RoboVac 11S (Slim)
by Eufy
This skilled cleaner was crafted to squeeze itself into small areas
A great feature: the BoostIQ technology for adaptive suction power
It's the perfect autonomous vacuum for homes with multiple types of floor covering
Here's one more chore to scrap from your to-do list
Why people love this robot vacuum
Product Specs
Here are the detailed specifications for this Eufy robot vacuum
Color: white
Dual (Vacuum + Mop):
Warranty: 12 months
Surface: hardwood, tile, laminate, low clear colored carpets
Batteries required:
Batteries included:
Battery life: 100min
Battery type: Lithium ion
Noise level: 55db
Suction power: 1300pa
Dust bin volume: 600ml
Weight: 5.73lb
Dimensions: 17.8in x 13.7in x 2.85in
Frequently Asked Questions
How do you change the beater brush or main brush on a robotic vacuum?
To replace the beater brush or the main brush on a robotic vacuum cleaner, you would need to first locate the brush compartment on the vacuum and open it. Then, you would need to remove the old brush and replace it with the new one. Make sure to ensure that the beater brush or main brush is correctly positioned in the compartment before closing the lid.
How do you change the bag or dustbin on a bagged robotic vacuum?
To change the bag or dustbin on a bagged robotic vacuum, you first need to locate the dustbin or bag. Depending on the type and model of the robotic vacuum, this may be accessed by pressing a button, pulling a lever, or removing a latch on the side of the unit. Once the dustbin or bag is removed, you can replace it with a new dustbin or bag.
Can robotic vacuums be used to pick up large debris, like cereal or pet food?
Yes, robotic vacuums can be used to pick up large debris, like cereal or pet food. Most robotic vacuums have a large dustbin that can accommodate larger pieces of debris, and some robotic vacuums even have specialized brushes designed to pick up larger debris.
How does a robot vacuum find the charger?
The docking stations of self-charging robot vacuums emit an infrared signal. When the battery is about to die, the vacuum starts looking for this signal. When the robot finds it, it follows the signal back to its station to charge.