FIELD: transport.
SUBSTANCE: invention relates to jet-propelled moving facilities, predominantly in free outer space. Proposed moving facility contains body (1), payload (2), control system and at least one ring system of superconductive focusing-deflecting magnets (3). Each magnet (3) is attached to body (1) by load-bearing element (4). It is preferable to use two described ring systems located in parallel planes ("one above the other"). Each ring system is designed for long-term storage of highest-energy electrically charged particle flux (5) (relativistic proton flux) circulating in this system. Fluxes in ring systems are mutually antithetical and are inserted in these systems before flight (on launch orbit). To output of one of the magnets (3) of "upper" ring system a device (6) for part of flux (7) extraction to outer space is attached. Similarly, part of flux (9) is extracted via device (8) of one of the magnets of "lower" ring system. Fluxes (7) and (9) create jet propulsion. Devices (6) and (8) can be made in the form of deflecting magnetic system, neutraliser of flux electric charge and undulator.
EFFECT: higher energy-conversion efficiency of working medium creating thrust.
4 cl, 2 dwg
