The article presents the results of research on the software adaptive system for managing the transportation of heavy loads through the automated weight and size control in order to minimize the adverse impact of motor vehicles on the roads by creating an information center for managing heavy loads, identifying factors at all stages of the transportation process, searching for an optimal solution for every stage, automating the heavy load transportation planning process and reducing the impact on roads.

Currently, the development of innovative technologies in the field of electromechanics are microelectrome-chanical systems. They are widely used both in various industries and in domestic conditions of human life. An algorithm and a mathematical model of the design of an electromechanical composite microrobot have been developed. A system of equations of mechanics and electrodynamics was used to describe its metrological char-acteristics. By solving this system of equations, a theoretical analysis of the operation of its engine with a spiral secondary elastic element is carried out. Using the mechatronic approach, the buoyancy and coordination of its functional modules are studied. The results of this article will be useful for engineers involved in the design and operation of micro robots using robotic systems in the fields of biotechnology and biomechanics.

The article considers some conceptual approaches to improving the management system of the functional capabilities of intelligent technical objects and vehicles on the highway. The authors propose using a scheme for constructing a system for managing the transportation process of freight transport with the introduction of the Smart Highway 5G-V2X technologies, taking into account the probabilistic nature of the system-forming factors. The transport infrastructure of ITS is presented on the basis of introducing the 5G-V2X technologies in order to improve the automation and traffic control systems in road transport. The authors substantiate using the promising areas of research aimed at improving functionality of the software and hardware systems in the autonomous movement of vehicles through the use of intelligent automated systems. There has been worked out the sequence of constructing the system of autonomous traffic operational management at the operation of commercial vehicles platooning into convoys, and the time intervals needed for data transfer regarding the transport flow.

The article considers models and algorithms for optimizing the heavy load transportation process in order to increase its efficiency by minimizing the amount of damage to motor roads. There have been developed some proposals aimed at improving the efficiency of the transport complex operation by introducing innovative solutions in terms of planning the transportation process of heavy loads.

The study of the epizootic situation on the contamination of environmental objects with invasive elements on the livestock farm of the Moscow Region showed its contamination with parasitic protozoa oocysts and cysts, and helminth eggs and larvae which was directly affected by infection of the livestock with the above parasites and the quality of therapeutic and prophylactic and veterinary and sanitary measures. The objects of the external environment most contaminated with invasive elements of parasitic protozoa and helminths were the floor of stalls and passages in the premises for keeping animals. The stall walls and animal feeders were less contaminated with parasitic protozoa oocysts and cysts or helminth eggs or larvae. It should be noted that, the epizootic process for parasitic protozoa: Buxtonella, Cryptosporidium, Eimeria and Strongylata of the digestive tract, was permanent on the examined livestock farm of the Moscow Region, since all of its components were in place: the source of invasion was infected animals; transmission factors were environmental objects contaminated with invasive elements and susceptible animals, especially young animals. An analysis was performed of the plan of preventive antiepizootic measures of this farm in relation to parasitic diseases in terms of diagnostic tests for parasitosis, and therapeutic-and-prophylactic and veterinary-sanitary treatments.