The hyperloop is a revolutionary form of ground transportation that can reach speeds of up to 1,200 ㎞/h. However, there is a challenge with the superconducting electromagnets used in its propulsion and levitation systems. These magnets generate strong magnetic fields, which can create resistance when they interact with the surrounding structures, including the vacuum tubes. Therefore, it is important to study this magnetic resistance and understand how it affects the acceleration of the hyperloop vehicles. This research aims to analyze the changes in magnetic drag force near the junctions of vacuum tubes, particularly when these tubes are made of identical or different materials.