Posted on June 14, 2019
Today is the anniversary of the public opening of the first monorail system that works on a daily basis in the Western Hemisphere. It occurred on June 14, 1959.
You may be wondering which forward-thinking government decided to build a monorail way back in 1959 - but it wasn't a government. It was Walt Disney!
Walt Disney is famous for SO many things: Mickey Mouse, Donald Duck, and bunches of other animated characters; full-length, full-color animated films; Disneyland and other Disney theme parks. Disney liked to create a kind of magic, using his imagination to tug at our own imaginative powers.

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The monorail system at Disney World in Orlando, Florida, is the largest in the world. |

In the U.S., there aren't a lot of non-Disney places where there are monorails. Las Vegas, Nevada, has monorails, and Seattle, Washington, has a monorail that links the center of the city to the Seattle Center (home of the Space Needle and several museums and cultural experiences).
But that's about it!
However, some countries in the world are building monorails: Australia, Japan, Malaysia, Japan, India, Japan, Russia, Japan, and Europe. Oh, and did I mention Japan? Japan is king as far as monorail technology and use.
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Japan |
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Australia |
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Malaysia |
Here are some things that make monorail systems a good choice for some locations:
Because they can be elevated, monorail systems can be built in places where there might not be room for traditional two-rail tracks. (Monorails can also be used in subway tunnels.)
Basically, a monorail uses less speed than most railways.
With just one rail, train cars can use modern tilting technology to execute high-speed turns.
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Taken from within a Japanese monorail train. |
With their electric engines and ability to skip interactions with ground-based transports, monorails can be more eco-friendly, swifter, and quieter than many other forms of transportation.
Monorails need less power than most two-rail trains.
Monorails have a reputation for safety and reliability.
Some systems today use magnetic levitation, which will probably dominate the future; there are no contact-friction losses, which will increase speed capabilities.
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