A 3-dimensional high-speed track car toy comprises a track body and a toy car. Straight tracks, curved tracks, centripetal tracks and centrifugal tracks are assembled to form a 3-dimensional closed track. The track body stands on the ground fixedly through support rods and support seats. The track body is paved with a track along which the toy car runs. Components of the track body have fastener-containing groove structures to fix an iron axis onto the track. The toy car is placed on the track body. The track is equipped with an iron axis. The bottom of the toy car is equipped with magnets. Thereby, a sufficient attractive force is generated to overcome gravity of the toy car. Therefore, the toy car can run on the track disposed on a ceiling or a vertical wall. Thus, the user can enjoy more amusement from playing the present invention.

A 3-dimensional high-speed track car toy comprises a track body and a toy car. Straight tracks, curved tracks, centripetal tracks and centrifugal tracks are assembled to form a 3-dimensional closed track. The track body stands on the ground fixedly through support rods and support seats. The track body is paved with a track along which the toy car runs. Components of the track body have fastener-containing groove structures to fix an iron axis onto the track. The toy car is placed on the track body. The track is equipped with an iron axis. The bottom of the toy car is equipped with magnets. Thereby, a sufficient attractive force is generated to overcome gravity of the toy car. Therefore, the toy car can run on the track disposed on a ceiling or a vertical wall. Thus, the user can enjoy more amusement from playing the present invention.

A floating magnetic vehicle and track toy for education and entertainment of users includes an annular plate that has an inside edge and an outside edge. A first rim, positioned adjacent to the inside edge, and a second rim, positioned adjacent to the outside edge, are coupled to and extend perpendicularly from the annular plate. A plurality of first magnets is coupled to the annular plate. The toy comprises a car that comprises a plurality of second magnets. The second magnets are positioned on the car to repel the first magnets to suspend the car above the annular plate. The first rim and the second rim are positioned on the annular plate to retain the car between the first rim and the second rim. The car is configured to be motivated around the annular plate by a pushing action of a user.

A floating magnetic vehicle and track toy for education and entertainment of users includes an annular plate that has an inside edge and an outside edge. A first rim, positioned adjacent to the inside edge, and a second rim, positioned adjacent to the outside edge, are coupled to and extend perpendicularly from the annular plate. A plurality of first magnets is coupled to the annular plate. The toy comprises a car that comprises a plurality of second magnets. The second magnets are positioned on the car to repel the first magnets to suspend the car above the annular plate. The first rim and the second rim are positioned on the annular plate to retain the car between the first rim and the second rim. The car is configured to be motivated around the annular plate by a pushing action of a user.