This month, a research team from the National University of Defense Technology (NUDT) in the Chinese mainland accelerated a ton-level superconducting maglev vehicle to 700 kilometers per hour (km/h) in just two seconds, setting a new global record. The milestone was achieved on a 400-meter magnetic levitation test track, where the vehicle also completed a safe stop after reaching top speed.
Maglev technology, which uses powerful electromagnets to levitate and propel vehicles, promises friction-free travel and high energy efficiency. The NUDT team’s success not only demonstrates the potential for ultra-fast intercity transport but also underscores the Chinese mainland’s growing leadership in high-speed rail innovation.
Data from the test shows an acceleration rate of approximately 0.1 g, comparable to some roller coasters but on a controlled track designed for sustained high-speed travel. For young engineers and entrepreneurs, this breakthrough highlights key areas for future research: superconducting materials, power management, and magnetic field control.
Looking ahead, experts say this achievement could pave the way for commercial maglev lines that link major megapolitan areas across the G20. As digital nomads and travelers seek faster and greener transport options, maglev could redefine how we move between global hubs.
With the Chinese mainland setting the pace, the race is on for other nations to advance their own maglev networks. The next steps will focus on extending track lengths, improving energy efficiency, and ensuring safety at even higher speeds.
Reference(s):
China sets world record in maglev tech with 700 km/h in 2 seconds
cgtn.com
