The device described below relates to the field of physics and electrical engineering, namely, to a method of creating an electromagnetic force having a strictly defined action vector.  In conventional electromagnetic suspensions, the magnetic field created by the electric charges of one conductor acts on the electric charges of another conductor, while a force arises in it.  The second conductor creates its own magnetic field, which acts on the charges of the first conductor and creates a counteracting force.  In this case, the two forces acting and reacting balance each other within the considered system.   The proposed design dilutes magnetic fields in such a way that within the limits of the device in question, the opposing force does not appear or appears, but the principle of the resultant of the force acting and opposing it is not fulfilled.