Abstract
Telematics is a set of basic systems that provide services in accordance with user needs. Telematics systems can be classified according to the areas of tasks performed: monitoring the condition of the road, managing the flow of traffic, providing information services to road users, etc. Telematics also allows you to monitor the condition of vehicles or their cargo using remote monitoring methods and technologies. The use of telematic systems and technologies allows for real-time management of transport systems. The article is devoted to the development of an information model for collecting motor transport telematics data using unmanned aerial vehicles. A model of the V2R network type is considered in which one car in the cluster is defined as a central node that receives telematic information from other cars in the cluster and then transmits the collected information to the base station. It is proposed to replace the central vehicle with a specialized UAV that collects telematic information from all vehicles in the cluster and transmits the collected information to the base station. A formula has been obtained to calculate the maximum amount of information that can be collected and transmitted to the base station.
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