A European country invested 1.25 billion euros in a magnetic levitation train that could reach 450 km/h and then abandoned everything while China took the same technology and still uses it today in Shanghai.
While Germany gave up, China advanced. The construction of the magnetic levitation train line in Shanghai began on March 1, 2001, entered experimental operation on December 31, 2002, and became fully operational commercial service in 2004.
The line connects downtown Shanghai to Pudong International Airport, offering a journey that reaches commercial speeds that no other train in the world delivers in regular operation.
The Chinese experience with the magnetic levitation train is the definitive proof that the Transrapid was not an engineering fantasy. The technology worked and could transport passengers regularly. The Shanghai line operated at 431 km/h for years and has been operating at 300 km/h since 2021.
The reduction in speed does not diminish its historical importance: it remains the first and only commercial implementation of high-speed maglev in the world. The irony is that Germany financed and developed the system for decades, but it was China that profited from it.
The case of the Transrapid is a classic study of the difference between technological innovation and commercial success. The magnetic levitation train was technically brilliant, but Germany did not find enough economic and political support to implement it in a market that already had established conventional railway infrastructure.
The cost of building an entirely new network competed with investments in systems that were already functioning and could be improved for a fraction of the cost.
The lesson that remains is about the cost of developing revolutionary infrastructure when established alternatives already exist. Germany did not err in creating the magnetic levitation train. It erred in not finding a viable path to implement it before the investment became politically indefensible.
China, without a prior high-speed network at the time, had less to lose and more to gain from adopting a radically new technology. The context, not the engineering, decided who ended up with the train.
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https://en.clickpetroleoegas.com.br/a-e ... g_rewarded Accessed 2026-04-10
