In this episode of Railways Explained, we explore the groundbreaking CR450 high-speed train, China’s latest achievement in rail innovation. With a design speed of 450 km/h and planned operation at 400 ...

This article reviews permanent magnet electrodynamic suspensions (PM-EDSs) used in ground transportation systems, such as Magnetic Levitation (MAGLEV) trains. The different suspension topologies are ...

A maglev train could carry people from Washington, D.C., to Baltimore in 15 minutes. It could quite literally change the infrastructure of transportation in the United States and not just in Maryland.

The new Maglev train has vacuum technology combined with magnetic levitation which can achieve a top speed of 1,000 kilometers per hour (621 mph). This mode of transportation is being developed ...

The 26.6-mile stretch of the maglev train that Maryland officials rode both in 2015 and on Saturday is part of a larger future line planned between the country’s largest cities, Tokyo and Osaka.

Japan’s original and still busiest bullet train route is the Tokaido Shinkansen section of the original and still principal high-speed line west of Tokyo to Nagoya, Kyoto and Osaka, with seamless ...

The normal force that exists between primary and secondary of a linear motor plays an important role in Magnetically Levitated (MagLev) trains. In the particular case of the superconducting magnetic ...

The top 10 fastest high-speed trains in the world: Given the significant strides and development over the previous decade, Railway Network released an index of the ten fastest high-speed trains ...

The Future Of Trains Maglevs Far from a stagnant and aging technology, train transportation is at the forefront of technological evolution and electrification. A key innovation is the maglev train ...