The invention relates to the field of transport and communication facilities, in particular to a magnetically levitated sky train. The combination between the sky train and a magnetic levitation technique is realized. The magnetically levitated sky train comprises a steel truss girder and a suspended cross beam; magnetic conductive tracks are arranged on the internal walls of the left and right sides of the steel truss girder; the suspended cross beam is shaped like a T shape; electromagnets are correspondingly arranged on the left and right sides of a vertical section of the suspended cross beam; the magnetic conductive tracks are positioned under the horizontal section of the suspended cross beam and above the electromagnets; the magnetic conductive tracks comprise magnetic conductive track slabs, first convex parts and second convex parts, wherein the first convex parts and the second convex parts are arranged at the bottoms of the magnetic conductive track slabs; the electromagnetsare in U shapes; the electromagnets and the corresponding magnetic conductive tracks are arranged in a staggered manner; and an electromagnetic pushing system comprises linear electric motors and reaction plates, wherein the linear electric motors are arranged at the horizontal section, and the reaction plates are arranged at the tops of the magnetic conductive tracks. Compared with the prior art, the magnetically levitated sky train has the advantages of simple and compact structure, low noise and no wear.