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MAGLEV Transportation

• Firstly, a set of magnet repels and pushes the train up off the track as in levitation.

• Secondly, another set enables to move the floating train at high speed taking advantage of no friction.

• That technology doesn’t use moving parts.

• Therefore, Maglev trains are quieter and softer.

• As the result, the system enables to have much bigger speed than conventional trains and it makes the world’s faster train than ever.

• In addition, levitation doesn’t need a large energy consumption even with a high speed system, that it seems be an environmentally friendly project.

• Magelv operates thanks to EMS (ElectroMagnetic Suspension) systems.

• In fact, the train levitates above a steel rail while electromagnets, attached to the train, are oriented toward the rail below the train.

• It is arranged on C-shaped arms, with two portions: the upper portion attached to the vehicle, and the lower inside edge containing the magnets.

• Maglev vehicles hold the speed record for trains because the trains can accelerate and decelerate much faster than today’s trains.

• That way, it is a challenge for the builders to preserve safety and comfort of all the passengers.

• Due to its cost very expensive, some projects were abandoned particularly in Australia and Germany.

• If you wanted to try to this experience today, you would get on a Maglev train only in East Asia (China, Japan and South Korea) where that technology is the most expanded.

• The faster train is the Transrapid in Shanghai.

• The journey takes only 7 minutes and 20 seconds to complete the distance of 30 km at full speed.

• Additionally, Japan aims at developing train always faster with SCMaglev, operated in 2027.

• In a nutshell, Maglev is so fascinating because these trains travel above tracks and rest on air.

• When you are on board, you feel floated.

• You see the landscapes scroll rapidly, this experience is really a breathtaking.