Innovative Development of Transport System using Magnetic Levitation Technology

Abstract

Digital transformations in various sectors of the national economy of many countries lead to an increase in demand for not only information, but also innovative technologies in general. Those current trends are fully manifested in largescale technological changes in the field of transport.At the same time, the contents of tasks reflecting the trend for innovation, the priority of their formulation, as well as implementation mechanisms are determined in the context of socio-economic systems and development strategies of each state, taking into account its geopolitical position, participation in regional associations and organizations, many other factors affecting the nature of decisions made, formation of the strategic management of the innovative development of transport systems.In Russia, the current public policy in the field of transport is focused on realizing the transit potential, improving the efficiency of transport services, and the level of economic connectivity of the territory through modernization and expansion of transport infrastructure. The solution of such problems, including, inter alia, increasing efficiency and safety of transport, requires introduction of fundamentally new technological solutions using the latest achievements of world science and technology.The objective of the article is to propose a conceptual approach to inclusion of magnetic levitation in the set of technologies that contribute to strategic development of the transportation system in Russia.In the context of an actively developing digital economy, the launch of a qualitatively new product on the domestic market, which is magnetic levitation transport systems (MLTS), will be a breakthrough solution in development of the country’s transport system, taking into account a number of key tasks it solves.