Current and Future Super Fast Maglev Trains
Magnetic levitation (maglev) train technology has been under development since the 1970s. Early versions of maglev trains had rather limited speeds that were unimpressive. That all changed in 2002 when the Chinese introduced a maglev train in 2002 to Shanghai's airport that tops out at 268 mph (431 km/h). While this speed is impressive and currently ranks it as the fastest train in the world, it is not significantly faster than traditional steel rail high-speed train technology. This speed limitation has prevented many maglev train projects from obtaining approval since traditional high-speed trains are cheaper and less disruptive to build than maglev trains
Looking out into the not too distant future, ongoing technological developments may make maglev trains much more appealing, as speeds for this ground-based method of transportation may soon rival air travel speeds.
Shanghai, China Maglev Train From Airport To Central City Station
Shanghai, China Maglev Train - The Fastest Train In The World!
The Next Generation Maglev Trains Will Have Truly Impressive Speeds Comparable To Air Travel
There have been developments in maglev technology that may bring about renewed interest in building maglev train lines in many countries. The Chinese have announced maglev trains under development that can currently reach 372 mph (600 km/h), with the potential for these trains to eventually reach speeds approaching 500 mph (804 km/h), which would rival the speed of air travel.
When this super fast train is operational, it will change ground transportation forever since trains will be able to provide a travel option that is nearly as fast as flying. In some instances, these super-fast trains may be faster than flying since train stations are usually located near the center of a city, whereas airports often require some travel time to get to and from. This development may lead other countries to build their own super-fast maglev trains to meet their growing transportation needs.
Maglev Trains Under Consideration and Development In Asia
Asia is the region of the world that is taking maglev train development the most seriously with several new trains beyond the consideration stage and in the development stage.
- China: Shanghai existing maglev train extension to Honquiao Airport and Shanghai South Railway station.
- China: Shanghai to Hangzhou.
- China: Chengdu and Chongqing. This line is proposed to use the latest 500 mph (804 km/h) maglev train technology. It is still being researched and tested. There is no indication regarding when it will be built.
- India: Delhi – Mumbai.
- India: Mumbai to Nagpur.
- India: Chennai to Bangalore and Mysore.
- Japan: Tokyo to Osaka. This line seems likely to be built by 2030 and will be significantly faster than the current fastest train in Shanghai, with a proposed top speed of 361 mph (581km/h).
China's Next Generation 372 mph Maglev Train
Maglev Trains Under Consideration In Europe
Maglev train proposals in Europe are not new and have floundered because of their cost and the reality that current high-speed trains are comparable in speed to maglev technology. Some of these proposals may be revisited once maglev trains reach speeds comparable to air travel.
- Pan-European Line From Central to Eastern Europe: Proposed cities to be connected include Berlin, Dresden, Prague, Vienna, Bratislava, and Budapest.
- Denmark: Copenhagen to Århus.
- Italy: Malpensa airport to Milan, Bergamo, and Brescia.
- Italy: Pisa airport to the cities of Prato and Florence.
- Spain: Canary Island of Tenerife connecting the capital Santa Cruz with Costa Adeje and Los Realejos.
- Switzerland: The Swiss have a forward-thinking, yet untested idea of constructing a system of low-pressure tunnels for maglev trains operating at a top speed of 602 mph (1,000 km/h). This incredibly fast train system would link Switzerland's major cities, cutting travel times to just a fraction of current steel rail train technology. It is unclear if and when this project will move forward due to the fact the underground low-pressure tunnel system concept would have to be developed and tested to prove that it works and is safe.
- United Kingdom: London to Glasgow with stops in cities in-between.
- United Kingdom (Scotland): Glasgow to Edinburgh.
- United Kingdom (England): Liverpool, Manchester, Leeds, and Hull.
Maglev Trains Under Consideration In North America
While hampered by a lack of United States federal government financial and technical support, there are several plans to build a maglev train systems within the United States. The following is a list of proposed maglev train lines in North America.
- Canada to the U.S. Along West Coast: Maglev line from Vancouver, British Columbia in Canada to Seattle, Washington and Portland, Oregon in the U.S.
- USA: Washington, DC to Baltimore, Maryland. This project is being spearheaded by an organization called "The Northeast Maglev." They are expecting a final Environmental Impact Statement (EIS) and Record of Decision for the project to be issued by the U.S. government by 2020.
- USA: Pittsburgh, Pennsylvania area, with an extension to Harrisburg and Philadelphia.
- USA: Atlanta, Georgia airport to Chattanooga, Tennessee, with a possible extension to Nashville.
- USA: Orlando, Florida airport to the convention center and Disney World.
- USA: Southern California to Las Vegas, Nevada.
- USA: San Diego, California to a new proposed airport to be built well outside of the city.
Maglev Trains Under Consideration Throughout Rest of the World
Proposed Maglev trains in other parts of the world.
- Australia: Several proposals over the years have gone nowhere, including Sydney to Wollongong and a Melbourne maglev metro line.
- Iran: Tehran to Mashhad.
- Puerto Rico: San Juan to Caguas.
How Maglev Trains Work
Maglev trains are elevated by several inches above the track they run along using repellent magnetic forces. Since the trains are not in contact with their running track, they are not slowed down by friction with the track. It is this separation from the running track that allows maglev trains to attain super-fast speeds that are beyond the physical limits of traditional high-speed trains.
The trains also use magnetic forces to move along the running track. A magnetic force is generated by the train and its interaction with an opposite magnetic force along the guide track causes the train to move.
Maglev Train Elevated and Moving Using Magnetic Forces
An Explanation About How Maglev Trains Work
Maglev Train Poll
Do You Think Maglev Trains Will Play a Major Transportation Role In The Future?
This content is accurate and true to the best of the author’s knowledge and is not meant to substitute for formal and individualized advice from a qualified professional.
© 2019 John Coviello