Maglev (arising from 'Magnetic Levitation') trains have been touted as the way of the future. Effortlessly hovering above the track racing through the countryside and speeds exceeding 200 miles per hour, Maglev Trains are both quieter and more efficient than conventional modes of Train transportation. How do they work?

Maglev trains rely on magnets for both levitation and propulsion. Concerning levitation, the most common method makes use of electromagnets that stabilize the train. The magnets are aligned in a 'C' shape that extend from the rail-car to line the rail below. It uses a computerized feedback system that constantly shifts the electricity that is being sent to the electromagnets based on a variety of factors, allowing for a very stable ride.

The Maglev Trains are pulled along the rail by a magnetic field that continuously shifts along with the train. The field in front of the train pulls it along while the rear is simultaneously being pushed. This system removes the engine from the train entirely.

Maglev Trains gain a variety of advantages over standard trains based on their levitation. They need not rely on standard parts that wear down and break overtime. The lack of friction from the wheels and rail allow the train to frictionlessly (in regards to the track, not the air) glide, increasing both the efficiency and lifespan of the train. The Maglev Trains are very quite because of their gliding and can potentially be used where other trains would cause too much of a disturbance.

Maglev Trains, while not new, have not been explored or produced to their fullest potential as of yet. There is discussion about bringing Maglev lines to areas of the world that could benefit greatly from them. In our state regarding greenhouse gas emissions and fossil fuels, efficiency is key and Maglev Trains could potentially provide the efficiency required to sustain a respectable conscience. Make sure to stay up to date on Maglev Train projects that could come to your area!