A device for generating a lift force comprising a tubular frame in the form of a toroid; movers of fan-type (2, 3) comprising driving motors for activating the movers of fan-type (2, 3); wings comprising an aerofoil profile pointing from the leading edge of the wing to the direction of a working medium blown out from the mover of fan-type (2, 3); adjusting units for the wing, allowing to control the movement of the device by changing a position of the wing in the device around an x-axis of the wing, which is directed from the leading edge to the trailing edge of the wing, and changing a wing angle of attack for the flow of working medium; guiding devices, designed to direct the flow of working medium within the device on the wings, each of the guiding devices is installed in front of the leading edge of the wing; a system for maintaining a required working temperature of the working medium; a unit of valve-type for connecting to the outdoor environment, required for heat- and mass exchange with the outdoor environment, by means of this unit of valve-type air enters the device from the atmosphere, the air acts as working medium, and as cooling agent; wherein the device comprises more than one wing; separating tubular elements positioned inside the frame in front of the leading edge of each wing and rigidly connected with the frame for dividing the area of the flow of the working medium into a peripheral and a central flowpath; the cross-section area of the central flowpath inside the separating tubular element is related to the wing area according to a ratio of 0,3 ≤ S1 / S2 ≤3,6, where the wing area S2 is the area of the wing projection on the base plane of the wing and is the standard characteristic value; the guiding devices are installed in the outlet flowpath inside each separating tubular element and are rigidly connected with the separating tubular elements; additional separating tubular elements are installed for turning the flowpath of the working medium, inside of the additional separating tubular element the system for maintaining the required working temperature of the working medium is installed; the distance L 1 from the trailing edge of separating tubular element, where the flow of working medium exits, up to the leading edge of the wing is related to the wing-chord b according to the ratio of 0,8b ≤ L 1 ≤ 2,5b; the distance L 2 from the trailing edge of the wing up to the leading edge of the subsequent separating tubular element or additional separating tubular element, where the flow enters, amounts to the value, which is within the limits of 0,7b ≤ L2 ≤ 3b; the main movers of fan-type are installed in front of the guiding devices in the center inside the separating tubular elements and are rigidly connected with the separating tubular elements, the front part of these main movers of fan-type, where the flow of working medium exits, looks towards the direction of the leading edge of the wing, the main movers of fan-type are designed to generate the central flow and to provide for stable motion of the working medium in the separating tubular elements at the required speed (Vc); for each one corresponding wing there is only one main mover of fan-type; and peripheral movers of fan-type are installed on the peripheral part of the device in the transit area between the frame and the separating tubular elements and rigidly connected with the frame, the front part of these peripheral movers of fan-type, where the flow of working medium exits, looks towards the direction of the leading edge of the wing, the peripheral movers of fan-type are designed to generate peripheral flow and to provide for motion of this part of working medium at increased speed (Vp) in comparison with the flow speed of the central part (V c); for each one corresponding wing there is only one peripheral mover of fan-type.