REVIEW | SCMaglev and Railway Park in Nagoya

Autumn 2025. We – Sam and Danny, Michel and Wille, and Timothy – are travelling to Japan for a quite classic tour of the Land of the Rising Sun. We are flying separately as we used miles. On the planning: Tokyo, Kanazawa, Shirakawa, Osaka, and Expo 2025, Hiroshima, Himeji, Miyajima, Kyoto, Nara, Nagoya, Hakone, and back to Tokyo. Three weeks plus some extra days.

JR East has The Railway Museum in Saitama, JR West has the Kyoto Railway Museum… and JR Central has SCMaglev and Railway Park in Nagoya.

Let’s start with the beginning. What is SCMaglev?

SCMaglev

The SCMaglev, short for Superconducting Magnetic Levitation, formerly known as the MLU, is a magnetic levitation (maglev) railway system developed by the Central Japan Railway Company (JR Central) and the Railway Technical Research Institute. It uses an electrodynamic suspension (EDS) system for levitation, guidance, and propulsion.

In development since the 1960s, the SCMaglev will serve the Chūō Shinkansen, a high-speed rail line connecting Tokyo and Nagoya, currently under construction and scheduled to open in 2034 after several delays (originally planned for 2027). JR Central also aims to export or license the technology abroad. The L0 Series, a prototype train based on SCMaglev technology, holds the world record for the fastest crewed rail vehicle, reaching 603 km/h (375 mph).

Technology

The SCMaglev employs an electrodynamic suspension (EDS) system. Superconducting magnets are mounted on the train’s bogies, while the guideways contain two sets of metal coils arranged in a ‘figure-8’ pattern along the walls and cross-connected beneath the track.

As the train accelerates, the superconducting magnets induce electric currents in the coils. When the train moves slightly off-centre, these induced currents create magnetic fields that both lift and stabilise the train, keeping it centred in the guideway. Once the train reaches about 150 km/h (93 mph), it levitates approximately 100 mm (4 in) above the track.

Propulsion is provided by a linear synchronous motor (LSM) system, which powers a second set of coils in the guideway to push and pull the train forward.

History

Research on linear propulsion railways began in 1962 under Japanese National Railways (JNR), aiming to create a train capable of travelling between Tokyo and Osaka in one hour.

Following the 1969 U.S. patenting of superconducting maglev technology by Brookhaven National Laboratory, JNR began developing its own version. The first successful SCMaglev test run took place in 1972 at JNR’s Railway Technical Research Institute.

Miyazaki Test Track

In 1977, testing moved to a 7 km track in Hyūga, Miyazaki. By 1980, the track was reconfigured from a “┴” to a “U” shape. When JNR was privatised in 1987, JR Central assumed responsibility for the SCMaglev programme. In 1989, JR Central announced plans for a new, more advanced test site with tunnels, gradients, and curves. After maglev testing was relocated, the Miyazaki site was repurposed for testing other rail technologies.

Yamanashi Maglev Test Line

Construction of the Yamanashi Maglev Test Line began in 1990. The first 18.4 km (11.4 mi) section opened in 1997, where MLX01 trains operated until 2011. The line was later extended to 42.8 km (26.6 mi) and upgraded for commercial standards.

By 2024, testing on the Chūō Shinkansen had surpassed 3 million kilometres of accumulated runs, with record daily distances exceeding 4,000 km (2,500 mi)—well above projected operational averages.

Commercial use: Japan

In 2009, Japan’s Ministry of Land, Infrastructure, Transport and Tourism declared the SCMaglev ready for commercial use. JR Central received approval in 2011 to operate the Chūō Shinkansen between Tokyo and Nagoya by 2034, and to extend the line to Osaka by 2037. Construction is ongoing.

United States

Since 2010, JR Central has promoted the SCMaglev internationally, particularly in the United States Northeast Corridor, under the name Northeast Maglev. In 2013, Prime Minister Shinzō Abe offered U.S. President Barack Obama the first 64 km (40 mi) segment of track free of charge. In 2016, the Federal Railroad Administration granted $27.8 million for engineering and environmental studies of a proposed SCMaglev line between Baltimore and Washington, D.C.

Australia

In 2015, JR Central, Mitsui, and General Electric (Australia) formed Consolidated Land and Rail Australia (CLARA), a private consortium proposing an SCMaglev line linking Sydney, Canberra, and Melbourne. The plan also envisioned the creation of eight new inland cities along the route, designed to be self-sustaining and connected by the high-speed network.

SCMaglev and Railway Park

The SCMaglev and Railway Park (リニア·鉄道館～夢と想い出のミュージアム～, Rinia Tetsudōkan: Yume to Omoide no Myūjiamu, meaning ‘Linear Railway Museum: Museum of Dreams and Memories‘) is a major railway museum operated by JR Central in Nagoya, Aichi Prefecture.

It opened on 14 March 2011 and is located in the port district near Kinjō-futō Station on the Aonami Line, about a two-minute walk from the museum entrance. The museum’s address is 3-2-2 Kinjō Futō, Minato-ku, Nagoya, and it is easily accessible from central Nagoya in roughly 25 minutes by train.

The purpose of the SCMaglev and Railway Park is to trace the technological and cultural development of Japan’s railways, from the age of steam to the era of superconducting magnetic levitation. It aims to demonstrate how the railway has shaped Japanese society, industry, and everyday life, while also highlighting JR Central’s contribution to the evolution of transport technology.

The museum has become both a technical showcase and an educational attraction for families, students, and train enthusiasts from around the world.

Inside the museum, visitors can explore 39 full-size railway vehicles and one preserved bus, covering every phase of Japanese rail history.

The displays include early steam locomotives, post-war electric and diesel trains, Shinkansen bullet trains, and prototype vehicles for the SCMaglev system. Among the most striking exhibits are the 0 Series Shinkansen from the 1960s, the experimental MLX01 maglev car, and the 300 Series bullet train, all displayed in pristine condition. Many of the vehicles are open to enter, allowing visitors to view original interiors and driver’s cabs up close, while others can be examined from underneath via specially designed walkways.

A large section of the museum is dedicated to the superconducting maglev (SCMaglev), JR Central’s next-generation high-speed system currently under construction between Tokyo and Nagoya.

This area includes a full-scale prototype vehicle, technical exhibits explaining magnetic levitation, and an immersive simulator that recreates the sensation of travelling at speeds exceeding 500 km/h.

Another major attraction is the vast model railway diorama, one of the largest in Japan. It features highly detailed reproductions of cityscapes from Tokyo, Nagoya, and Osaka, complete with hundreds of miniature trains running on a precisely controlled schedule.

The diorama illustrates how railways form the backbone of Japanese urban life and provides a fascinating visual link between the museum’s historic and futuristic themes.

Interactive experiences are another key part of the museum’s appeal. Visitors can try their hand at driving a Shinkansen simulator or acting as a conductor, closing train doors and making announcements. These simulators are extremely popular and sometimes require a lottery ticket or small additional fee. The museum also offers an educational ‘Kids’ Area‘ with hands-on exhibits designed to introduce younger visitors to the mechanics of rail transport.

The museum is open daily from 10:00 to 17:30 (with last entry around 17:00) and closed on Tuesdays—or the following day when Tuesday falls on a national holiday—as well as from 28 December to 1 January.

Admission costs approximately 1,000 to 1,200 yen for adults, 500 yen for students, and 200 yen for children. Audio guides are available in multiple languages including English, Chinese, Korean, French, German, Spanish, and Portuguese, and the museum provides free Wi-Fi throughout the building.

Accessibility is also a priority: the museum is barrier-free, with ramps, lifts, and accessible restrooms, ensuring comfortable access for wheelchair users and visitors with mobility needs.

Located in the Nagoya Port area, the SCMaglev and Railway Park is close to several other attractions such as Legoland Japan Resort and Maker’s Pier, making it an ideal destination for a full day of sightseeing. The surrounding district has restaurants, shopping, and open spaces along the waterfront, offering opportunities to combine technology, leisure, and relaxation in one visit.

Visitors typically spend two to three hours exploring the museum, though railway enthusiasts often stay longer to study the technical details of the exhibits. Those planning to try the simulators are advised to arrive early, as spaces are limited.

The museum’s atmosphere blends nostalgia with innovation—celebrating Japan’s railway heritage while presenting a tangible vision of the future through the SCMaglev project.

The SCMaglev and Railway Park stands as one of Japan’s most impressive railway museums, rivalled only by the Railway Museum in Saitama and the Kyoto Railway Museum. It encapsulates over 150 years of railway progress in a single, elegantly designed space, linking the steam era to the dawn of magnetic levitation. For anyone interested in engineering, design, or transport history, it offers a uniquely Japanese perspective on the power of rail to connect people, cities, and generations.

Doctor Yellow

The presence of Doctor Yellow (ドクターイエロー, Dokutā Ierō) also adds to the appeal. Unfortunately the Doctor Yellow bento box was sold out.

Doctor Yellow is the nickname given to Japan’s bright yellow Shinkansen diagnostic trains, which serve as mobile laboratories for monitoring the condition of the country’s high-speed rail network. Unlike ordinary bullet trains that carry passengers, Doctor Yellow’s purpose is entirely technical: it inspects and analyses the track, overhead wires, signals, and communication systems while running at full operational speed.

The name ‘Doctor Yellow’ combines the idea of a doctor checking the health of the railway with the train’s vivid yellow colour. These trains are equipped with advanced sensors, lasers, cameras, and computers that record the tiniest irregularities in the track and power supply. By analysing this data, engineers can carry out maintenance work before any problem becomes serious, ensuring that the Shinkansen continues to operate safely and punctually.

Several versions of Doctor Yellow have existed since the 1960s. The first appeared in 1962, based on the original 0 Series Shinkansen, and each new generation has mirrored the technological progress of Japan’s bullet train fleet.

The current model, the 923 Series Doctor Yellow, entered service in 2001 and is based on the 700 Series design. It is operated jointly by JR Central and JR West and regularly travels the Tōkaidō and Sanyō Shinkansen lines between Tokyo, Osaka, and Hakata.

Inside Doctor Yellow there are no passenger seats. Instead, the carriages house monitoring consoles, observation windows, oscillographs, and even a small dome on the roof used to inspect overhead power lines. Teams of technicians ride the train to conduct measurements and analyse the condition of the infrastructure in real time. Each trip covers a full section of the line, often during the night or between scheduled services, so that it does not interfere with passenger traffic.

Because the timetable of Doctor Yellow is not publicly released, its appearances are unpredictable. This secrecy has helped turn the train into a minor legend among rail fans, who sometimes wait along the tracks in hopes of catching a glimpse. The sight of the yellow train speeding past is considered lucky, and for many children it has become one of the most beloved symbols of Japan’s railway system.

A retired 922 Series Doctor Yellow is now on display at the SCMaglev and Railway Park, where visitors can see its distinctive design and learn about the diagnostic technologies it used. The exhibit demonstrates how Doctor Yellow’s work behind the scenes has helped maintain Japan’s Shinkansen as one of the safest, most reliable, and most precisely operated railway systems in the world.

A visit

Out of the three SCMaglev and Railway Park is perhaps the lesser impressive. Maybe because it was the third we saw. But the collection is still impressive and educational. I found seeing the double-decker car and the restaurant cars very interesting.

There’s passive simulator, which we did, and in which I had to fight falling asleep. So it gets my seal of approval.

The museum is different enough from the others to warrant a visit.

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