Imagine traveling from New York to Los Angeles in less than an hour or from London to Paris in 15 minutes. Sounds impossible, right? Well, not for China’s biggest missile manufacturer, which claims to ...

A concept from the renowned billionaire, Elon Musk, is turning into reality, but China picking up on this project and looking to develop a new train system to connect two cities via a project known as ...

China's Defence University sets world record as maglev train hits 700 km/h, marking a breakthrough in ultra-high-speed travel ...

The maglev train was tested on a 400 metre (1,310-foot) magnetic levitation (maglev) test line, and safely brought to a stop ...

Embracing the concept of hyperloop technology, CASIC aims to revolutionize travel with a train that can traverse vast distances at unprecedented speeds. The hyperloop train operates on the principle ...

China is pushing the boundaries of high-speed rail technology with its ambitious development of maglev trains that could revolutionize travel within the country. Passengers in China could soon stream ...

China's Hyperloop-like train test has been completed. This means that the Asian country is the first one to demonstrate an ultra-fast train inside a vacuum tube. 👀 CASIC conducted China's first ...

China could soon have a train that is as fast as a plane. The China Aerospace Science and Industry Corporation, or CASIC for short, just announced its new magnetically levitated (maglev) train soared ...

While Elon Musk has long talked about building ultrafast hyperloop transit in the U.S., China may be the first country to actually do it. The proposed hyperloop train would run between Shanghai and ...

China’s hyperloop project, which aims to develop ultra-fast land transport technology, has successfully completed its first test runs using a full-sized passenger capsule. The test runs took place at ...

Jack has a degree in Medical Genetics from the University of Leicester.View full profile Jack has a degree in Medical Genetics from the University of Leicester. The rest of this article is behind a ...