Super brake magnet is the innovative concept based on the magnetic attraction of conductive metals. A magnetic brake, such as a conventional friction brake, is responsible for slowing down an object, such as a train or a roller coaster. Unlike friction brakes, which apply pressure to two separate objects, parasitic brakes slow down an object by creating parasitic currents through electromagnetic induction that create resistance and, in turn, heat or electricity.
The super braking magnet consists of a round disc plate in which small, small magnets are encrypted on it. It is rotated by means of a motor coupled to it. The central axis of the motor is connected to the shaft from the round disc plate. Two iron plates separated by a certain distance whose distance is greater than the thickness of the disc plate, as long as the iron metal plates slide to the circular disc. When the engine starts, the disc plate will also rotate in the same direction towards the engine direction. While reaching a certain speed, the iron plates are slid on the rail in such a way that the round disk will be right between the two iron plates. The moment the iron plates move towards the disk, the rotating disk will decrease and finally stop.