How magnetic levitation lifts and propels high-speed maglev trains
Maglev trains utilize electromagnetic forces to levitate and propel vehicles, eliminating rolling friction and allowing for high-speed travel. By leveraging the strength of electromagnetic forces over gravity, these trains can achieve speeds exceeding 400 km/hr.
Why it matters
Maglev technology represents a significant advancement in transportation efficiency and speed, offering a sustainable alternative to traditional rail systems.
‘M aglev’ is a portmanteau of ‘magnetic levitation’. Instead of running on wheels, maglev technology uses strong magnetic fields to lift the train and move it forward. Since the train floats above the track, there is no rolling friction during normal operations, nor are operations affected by inclement weather, like rain or snow. The result: the train can move at extremely high speed, topping 400 km/hr, while also giving passengers a smooth ride.
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