The invention relates to the field of transport and communication facilities, in particular to a suspension structure for a magnetically levitated sky train. The combination between the sky train anda magnetic levitation technique is realized. The suspension structure for the magnetically levitated sky train comprises a track beam and a T-shaped trapeze beam; track slabs extending in the advancing direction of the train are arranged on the internal walls of the left and right sides of the track beam; the trapeze beam comprises a horizontal suspended cross beam and a vertical train body suspension arm column; levitation frames are correspondingly arranged on the left and right sides of the vertical train body suspension arm column; the track slabs are positioned under the suspended cross beam and above the levitation frames; levitation systems and traction systems are arranged between the bottoms of the track slabs and the tops of the levitation frames, wherein the levitation systems can attract each other to make the suspended cross beam to levitate on the track slabs, and the traction systems are used for pushing the trapeze beam to move in the advancing direction of the train; air springs are arranged between the bottom of the suspended cross beam and the tops of the track slabs; and the top ends of the air springs are connected to the bottom of the suspended cross beam. Compared with the prior art, the suspension structure for the magnetically levitated sky train has the advantages of simple and compact structure, low noise and no wear.