The students use models and micro:bit sensors to investigate magnetic fields created by simple magnets, electrical circuits, and elecgtromagnets to gather evidence to explain how a maglev train ...

The T-Flight is a Hyperloop-inspired system that combines maglev technology — which uses powerful electromagnets to literally ...

A superconducting magnetic levitation train, also known as SCMaglev or Maglev for short, can travel at speeds up to 300 mph or faster. Project developers for a proposed Maglev train in the ...

Using magnets to hold trains in the air so they can travel at speeds comparable to planes has long been a goal for making long-distance travel enjoyable. But because maglev trains can't use the ...

Magnetic levitation, or maglev, technology has been around since the 1940s, but it's only now coming into focus as a means of ...

Japan's maglev train just set a world record speed of 375 mph (over 600 kph) during a manned test run on April 21. Central Japan Railway plans to launch the service of the magnetically levitated ...

Maglev trains are expected to connect Tokyo and Nagoya in just 40 minutes, less than half the time of the current bullet train service.

The maglev interior is slightly smaller than the bullet trains now in operation. There are also only four seats to a row, compared to the five now in use in Shinkansen trains. The window size is ...

It's simple: The Shanghai Maglev is one of the fastest passenger trains in the world. Traveling at about 270 miles per hour, this train is the adult equivalent of the theme park ride, especially ...

In this design, each switch carries its own Hall sensor. In terms of getting them printed, the MagLev Switch MX has fewer parts than the void_switch, and [famichu] recommends printing them on an ...