The UV bulb at the bottom of the Milagrow robot disinfects floors, carpets, rugs, beds etc. by disrupting the genetic material of the virus and bacteria. It is a similar concept to the UV bulb used in water purification systems to make water free of germs.

All Milagrow floor robots have many in-built infrared sensors that constantly send out signals to detect any drop in height (more than 2 cms) in their path. This helps them avoid falling off stairs, tables, beds etc.

This sensor helps the Milagrow floor robots find their way around a cluttered floors. When any obstacle is detected, the robot automatically slows the moving speed to protect the integrity of home goods. The robot instantly backs up, rotates and moves on until it finds a clear path around obstacles such as furniture, people, appliances etc.

The Milagrow robot has an anti-tangle technology that ensures that it does not get stuck on cords and corners. These robots automatically reverse the direction of its brushes to extract itself. This technology may not work very efficiently on thin cords or carpet with loose threads.

An accelerometer is an electromechanical device that will measure acceleration forces. This helps adjust the speed of the Milagrow robot accordingly.

Gyro sensors, also known as angular rate sensors or angular velocity sensors, are devices that sense angular velocity . They sense rotational motion and stabize directional orientation.

Intensity and suction of cleaning automatically increases when higher dirt is detected. This sensor uses the same principle as mining-detection algorithms used by many militaries.

To define the cleaning area for a robot, invisible barriers can be set using the virtual walls. The virtual wall sends out infrared signals which can be detected by the receiver on the Milagrow robot thus indicating it to turn around and head the other way. This way the Milagrow robot will not go into unwanted areas.

The Milagrow robot can be scheduled to clean at a special time everyday or specified day of the week so that you can be at peace even when out of your home. There is an in-built scheduling device in the charging dock, into which the cleaning schedule can be entered.

The Milagrow robot will return and connect to the charger by itself when the battery is less than 15%. The charging dock continuously emits an infrared signal that is picked by the receiver on the Milagrow robot, once it is within range. The Milagrow robot then follows the signal and docks itself on the charger.

The Milagrow robot is ideal for homes with pets. Pets tend to shed a lot of hair that floats around the entire house. The Milagrow robot easily sucks up the pet hair and helps keep your home neat all the time.

Using the edge to edge and wall cleaning mode the Milagrow robot cleans along the boundary of the room it is placed in. Very useful to keep the sides of the room clean and germ-free.

The ability of the Milagrow robot to clean tiled floor.

The ability of the Milagrow robot to clean flat carpets without loose tassels.

The ability of the Milagrow robot to clean hard floor.

The ability of the Milagrow robot to clean wooden floor.

The ability of the Milagrow robot to clean glass surfaces such as table tops or glass flooring.

The ability of the Milagrow robot to clean marble surfaces such as table tops or marble flooring.

The ability of the Milagrow robot to clean linoleum hard floor.

The noise that the Milagrow robot makes while in operation.

The exhaust filter traps the dirt in the air that is going out of the robot.

The charging dock range is the area within which the robot, when trying to dock, can confirm the location of the charging dock. This is measured as a semi-circle in front of the charging dock with the center being the inra-red bubble on the dock.

Once the Robot is fully charged then the time for which it can clean is the maximum working time. The Milagrow robot must clean until its battery runs out.

The time that a completely discharged Milagrow robot will take to regain full charge.

Infrared remotes need to pointed towards the robot when using. Radio frequency remotes can be facing in any direction while using. Radio frequency remotes can also work through glass doors.

The maximum distance from which the remote control can be used conveniently.

This accessory helps define the cleaning space of the Milagrow robot. Very useful for large open rooms or when you want the robot not to diturb in a certain area.

In case you want to give directions to your robot while not having to move yourself.