The concept of this robot was born in response to the COVID-19 pandemic and its primary use lies in the disinfection of various spaces – from municipal squares, city parks and streets to production halls, airport terminals and shopping centers. As well as being deployed for disinfection purposes, the Sprayer can be also used in urban areas for watering greenery or in agriculture for fertilization and fruit picking.
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During the operation of the robot can be used teleoperation (remote control) as well as autonomy. According to the specific use of the robot, it is sometimes best to choose the combination of the two.
In the case of more robots in use, the driver is able to remotely operate more robots at the same time. Those robots can be in the same complex or hundreds of kilometres away from each other.
The operator supervisors oversee the robot from a computer desk in the comfort of an office. That way, the staff does not get into contact with dangerous chemicals or viruses during the disinfection. The person is not exposed to prime danger nor harmful substances.
Thanks to the electric engine of the robot is its operation completely emission-free.
After filling the robot with the required liquid and its placing in the space that is to be disinfected, sprayed, fertilized or watered, the robot is ready to operate. Its superstructure, spray system and wheels are modifiable depending on the specific application.
The robot uses teleoperation (remote control) or drives autonomously and successively applies the spray in the given space. At a speed up to 20 km/h and full load, it can travel up to 100 km day and night on a single charge.
The ideal result is the application of the spray on all horizontal and vertical surfaces in the given space. This can be achieved by repeated use of one robot for a certain period of time or more effectively by deploying a whole fleet of robots and significantly speeding up the process.
