Fifteen years after launching Shanghai's groundbreaking maglev line, Chinese engineers are pushing the boundaries of high-speed rail with a bold new vision. Professor Deng Zigang and his team are developing a 360-degree self-stabling magnetic levitation system capable of reaching speeds up to 1,000 km/h – faster than most commercial aircraft. This innovation could transform how the world views 'Made-in-China' engineering and reshape global transportation networks.
The Shanghai maglev, transporting passengers at 430 km/h since 2004, has already demonstrated China’s maglev capabilities. Now, Deng’s suspended-track design promises enhanced safety and energy efficiency through advanced electromagnetic stabilization, merging cutting-edge physics with practical engineering.
Analysts suggest this leap could position China as a leader in sustainable transport solutions, aligning with global decarbonization goals. As megacities expand and climate concerns grow, maglev systems offer a low-emission alternative to short-haul flights. 'This isn’t just about speed,' says a Beijing-based tech analyst. 'It’s about redefining rail’s role in 21st-century connectivity.'
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Maglev train redefining 'Made-in-China' and future of rail transport
cgtn.com
