Facts about Invisible rail
- 09
Superconducting magnets in maglev trains must be cooled to minus 269 degrees Celsius using liquid helium, requiring specialized cryogenic maintenance infrastructure at regular intervals.
- 08
Magnetic levitation trains eliminate friction between wheels and tracks, reducing energy consumption by approximately 30 percent compared to conventional rail systems operating at equivalent speeds.
- 07
Britain's first full-scale maglev test track at Earland, Cheshire, operated from 1984 to 1995 and could accelerate passenger pods to 100 miles per hour using linear induction motors.
- 06
South Korea's Incheon Airport Maglev, completed in 2016, travels 6.1 kilometers at 110 kilometers per hour using linear motor technology to transport passengers in just 3 minutes between the airport and city center.
- 05
Germany's Transrapid maglev system operated commercially in Shanghai from 2002 to 2010, covering 30.5 kilometers between the airport and city center at maximum speeds of 431 kilometers per hour.
- 04
Japan's Chuo Shinkansen maglev line, under construction since 2014, will connect Tokyo and Osaka using superconducting magnetic levitation technology capable of 500 kilometers per hour.
- 03
French engineer Jean Bertin's 1969 Aerotrain prototype achieved 422 kilometers per hour using magnetic levitation, making it briefly the fastest ground vehicle in the world before the program was abandoned.
- 02
In 1966, British Rail engineer Eric Laithwaite demonstrated linear induction motor technology that could theoretically propel trains at speeds exceeding 300 miles per hour without mechanical contact between wheels and rails.
- 01
The 1960s British Rail experimental invisible rail system used magnetized tracks to suspend trains without visible support structures, though the technology never achieved commercial viability.