LIECTROUX Q8000
Advanced gyroscope 2D map navigation for a cleaning efficiency that ensures less than 1% repetition rate. Adjustable vacuum strength aided by two side brushes and can also be converted into a wet/dry mopping robot. This unit also provides UV sterilisation.
The Q8000 is capable of working continuously for 100 minutes before it will automatically return to its charging station to re-charge.
A virtual barrier (included) can be used to prevent the robot from entering unwanted areas or simply to avoid
This highly durable, modular unit can be fully maintained by the end-user.
Distinguishing features:
- UV sterilisation
- Highly intelligent algorithms requiring virtually no intervention
- On-board, IR remote and application control
- Two guide side brushes. No centre brush
- Suitable for a home around 250m2 floor size
- Strong and adjustable suction
The LIECTROUX Q8000
iOS and Android compatible application enabling easy control and tracking information via WiFi.
Also works with Amazon Alexa and Google Assistant.
The current cleaning mode, position, cleaning path and cleaning log are all available at a glance.
The cleaning mode, suction strength and cleaning schedule are only some of the easily configurable parameters available via the application.
The LIECTROUX Q8000 robot has powerful features which include its extremely intelligent navigation. The ability to scan the area and produce a 2D map of the working area and then working according to the pre-set plan.
Sensory Loadout
The sensor profile include mechanical front and side bumper sensors, IR proximity and elevation sensors, gyroscope, IR base search sensors, drive wheel rotation sensors.
The standard suction mode is ideal for flooring. For carpeting or fleecy surfaces, the turbo suction mode can be used.
The Q8000 can then simply be converted to a wet or dry mopping robot by exchanging the dustbin for the water tank
Easy to Switch the Dustbin and the Water Tank.
No need to put the robot vacuum cleaner upside down.
Just insert the dustbin or the water tank into the robot vacuum by sliding it in.
