The robot can be remotely controlled by an operator (teleoperation) or can drive fully autonomously. Thanks to the modular design, it is possible to equip the robot with various superstructures, e.g. a superstructure for the sale of refreshments, a superstructure for cleaning of public areas, or a superstructure according to the customer's wishes. The robot can also transport material directly on the chassis, on which up to two Euro pallets can be placed. The robot has a load capacity of up to 700 kg and a maximum speed of 20 km/h. Robot is equipped with economical electric drive and lead or lithium-ion batteries, thanks to which the robot can last a whole day on a single charge. The compact dimensions (3000x1300 mm) predetermine the robot for operation in city centers and dense industrial and commercial areas. Autonomous driving and all safety features are provided by a combination of cameras, LiDAR and radars.

It is possible to manage a whole fleet of robots with central application, change their destination and watch them on map. Our software solution is open source, therefore it is possible to integrate it to Smart City or industrial area systems with ease. Robots then can interchange information about the traffic density, quality of roads, their own occupancy rate and optimal route to destination with central system. Information about the robots and traffic can then be displayed by the city or the operator´s company. This communication, modularity of robot and electric drive supports the idea of ecologic and effective logistics of Smart City or industrial park.