Ecovacs Deebot 711S (renewed)

Ecovacs Deebot 711S (renewed)

by Ecovacs

4.2

Get a headstart on your spring cleaning! The Ecovacs Deebot 711S (renewed) by Ecovacs is a ideal autonomous device. This highly efficient robovac was created to remove dust and pet hair before it becomes a nuisance. A great feature: the laser navigation. It's the ideal household appliance for households with pets. That's one less chore for you to do.

Why people love this robot vacuum

People love this product because it boasts a lot of extras, has incredible battery power and is excellent across all floors.

Product Specs

Here are the detailed specifications for this Ecovacs robot vacuum

Color: black

Dual (Vacuum + Mop):

Warranty: 3 months

Surface: hard floor, carpet

Batteries required:

Batteries included:

Battery life: 130min

Battery type: Lithium ion

Noise level: 65db

Suction power: 1200pa

Dust bin volume: 520ml

Weight: 12.47lb

Dimensions: 12.8in x 12.8in x 3.18in

Frequently Asked Questions

Can robot vacuum do multiple rooms?

Thanks to its intelligent room mapping feature, most robot vacuums can be programmed to clean multiple rooms on multiple floors. To be able to do this, the vacuum robot of your choosing should be operated through a mobile application.

How do robot vacuums navigate?

Most robot vacuums use smart sensor technology to navigate your home. Basic models use infrared sensors that stop them for tumbling down the stairs, while more expensive ones use laser-guided scanners to map their environment in detail. But this system can sometimes fail in low-light environments.

Do robot vacuums get stuck?

Yes, robot vacuums can occasionally get stuck. The best thing you can do is make sure your floor is as empty as possible before launching the robot, so that it doesn't become entangled. That being said, the newer vacuum models are equipped with powerful sensors that will avoid any obstacles.

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.