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Changsha Maglev Express

The Changsha Maglev Express is a medium-low speed magnetic levitation (maglev) railway line in Changsha, Hunan Province, China, connecting Changsha South Railway Station to Changsha Huanghua International Airport with an intermediate stop at Langli Station.^[1]^[2] Spanning 18.55 kilometers, it serves as a key air-rail intermodal transit link, facilitating rapid transfer between the city's high-speed rail hub and its international airport.^[2]^[3] The line commenced commercial operations on May 6, 2016, marking China's first maglev project with fully independent intellectual property rights and the world's longest operational medium-low speed maglev at the time of its launch.^[3] Initially operating at 100 km/h, it underwent a significant upgrade in July 2021, increasing the top speed to 140 km/h and shortening the end-to-end journey to approximately 19 minutes.^[2] By May 2025, the system had completed over 498,000 train trips, covered more than 9.2 million kilometers, and transported 24.15 million passengers, achieving a 99.98% schedule fulfillment rate and 99.95% on-time performance.^[2] Developed and constructed domestically by Chinese firms including the China Railway Construction Corporation, the Changsha Maglev Express demonstrates advancements in maglev technology, such as anti-freezing conductor rails and snow shield devices for reliable operation in varied weather conditions.^[3] It has earned China's top safety production standardization certification in 2022 and operates daily from 7:00 a.m. to 10:30 p.m., with extended hours until 11:00 p.m. on weekends and holidays to support peak travel demands.^[2]^[4] As a pioneering urban transit solution, it exemplifies China's push toward innovative, high-efficiency rail systems independent of foreign technology.^[3]

Overview

Route and Specifications

The Changsha Maglev Express is an 18.55 km elevated track that connects Changsha South Railway Station to Changsha Huanghua International Airport, providing a direct link between the city's high-speed rail hub and its primary international airport.^[5] The line features three stations: Changshanan Station at the southern terminus, Langli Station serving intermediate areas in Changsha County, and Huanghua Airport Station at the northern end.^[6] This configuration enables seamless intermodal transfers for passengers arriving by air or rail.^[1] The system operates at a maximum speed of 140 km/h using medium-low speed magnetic levitation technology, which was upgraded from an initial operational speed of 100 km/h to enhance efficiency.^[2] End-to-end travel takes approximately 16 minutes 30 seconds, significantly reducing transit times compared to conventional road or bus options.^[7] The track employs a 1,860 mm broad gauge, wider than standard rail to accommodate the maglev's unique dynamics.^[8] This indigenous Chinese maglev system was developed by CRRC Zhuzhou Electric Locomotive, utilizing electromagnetic suspension for levitation and linear induction motors for propulsion, marking a key advancement in domestic rail technology.^[9] The total construction cost was 4.6 billion yuan, equivalent to approximately 726 million USD based on 2014 exchange rates.^[10]

Significance and Context

The Changsha Maglev Express holds a pivotal role in China's urban transportation landscape as the nation's first domestically developed and built medium-low speed maglev line, which commenced commercial operations on May 6, 2016.^[11] Unlike the Shanghai Maglev, which relies on imported German Transrapid technology, the Changsha line represents a breakthrough in indigenous engineering, utilizing electromagnetic suspension systems entirely designed and manufactured in China with independent intellectual property rights.^[12] This pioneering achievement demonstrates the viability of low-to-medium speed maglev technology now operating at up to 140 km/h for practical urban applications, particularly as an efficient intermodal link connecting Changsha South Railway Station—a major high-speed rail hub—with Changsha Huanghua International Airport over 18.55 kilometers.^[2] By providing seamless transfers for both domestic and international air passengers, it alleviates road congestion on the busy airport corridor, offering a reliable alternative to traditional ground transport.^[13] In comparison to the high-speed Shanghai Maglev, which spans 30 kilometers at a maximum of 431 km/h and primarily serves long-distance airport-city connections at a premium cost, the Changsha line is shorter, slower, and more economically accessible, making it ideally suited for frequent, short-haul airport shuttles in a growing metropolitan area.^[14] This contrasts with proposed projects like the Beijing low-speed maglev, which remains in planning stages, positioning Changsha as an early operational model for scalable maglev integration in urban rail networks.^[15] The line's design emphasizes affordability and adaptability, fostering broader adoption of maglev for intra-city transit without the infrastructure demands of ultra-high-speed systems. Economically, the Changsha Maglev has enhanced connectivity for business travelers and tourists, delivering airport-to-station journeys in approximately 16 minutes 30 seconds compared to 40-60 minutes by road, thereby stimulating local commerce and tourism in Hunan Province.^[1] Environmentally, its fully electric operation produces zero direct emissions along the track, contributing to reduced reliance on fossil fuel-dependent buses and taxis while serving over 24.15 million cumulative passengers as of May 2025.^[16]^[2] This supports sustainable urban mobility by lowering overall carbon footprints in airport transfers.^[17]

History and Development

Planning and Construction

The Changsha Maglev Express was proposed as part of Changsha's broader urban rail expansion initiative to enhance connectivity between the city's high-speed rail hub at Changsha South Railway Station and Changsha Huanghua International Airport, addressing growing transportation demands in the region.^[18] The project received approval in the early 2010s, marking China's push toward indigenous maglev development independent of foreign technology imports, such as those used in the Shanghai Maglev.^[10] This line was envisioned as the nation's first fully domestically designed, manufactured, and operated medium-low speed maglev system, emphasizing self-reliance in core technologies like electromagnetic suspension and linear induction motors.^[18] Funding for the project totaled 4.6 billion yuan (approximately $670 million at the time), sourced through state-owned enterprises including the China Railway Construction Corporation, with support from local government entities.^[10]^[18] The investment covered design, construction, and procurement, highlighting the role of public-private partnerships in accelerating urban infrastructure projects in Hunan Province.^[18] Construction officially commenced on May 16, 2014, focusing on an elevated viaduct structure spanning urban and suburban landscapes to minimize ground-level disruption while integrating seamlessly with existing airport and rail facilities.^[19] The line is operated by Hunan Maglev Transportation Development Co., Ltd., a domestically owned entity. Key engineering challenges included the integration of the maglev alignment with sensitive airport infrastructure to ensure operational compatibility and safety, as well as adapting the system to the seismic conditions prevalent in the Hunan region through reinforced viaduct designs.^[19] A primary focus was the domestication of maglev technology to eliminate reliance on overseas suppliers, involving collaborative R&D among Chinese firms to develop proprietary electromagnetic systems capable of reliable 100 km/h operations.^[18] The project was executed by state-backed companies, including China Railway Construction Corporation for the track and viaducts, and CRRC Zhuzhou Electric Locomotive for the vehicles, demonstrating China's capacity for rapid innovation in rail engineering.^[19] Significant milestones during construction included the completion of track laying and guideway erection by mid-October 2015, achieved at a cost of approximately 195 million yuan per route kilometer.^[19] Initial trial runs began on December 26, 2015, successfully validating the system's performance at design speeds of 100 km/h and confirming structural integrity across the 18.55 km route.^[19] The entire build process, from groundbreaking to trial readiness, was completed in under two years, underscoring the efficiency of coordinated efforts by over 1,000 workers and multiple specialized contractors in advancing China's maglev capabilities.^[18]

Opening Timeline and Upgrades

The Changsha Maglev Express officially opened for commercial operations on May 6, 2016, covering the full 18.55 km route from Changsha Huanghua International Airport to Changsha South Railway Station at an initial maximum speed of 100 km/h.^[1]^[13] The line's launch marked China's first domestically developed medium-low speed maglev system, with trial runs commencing earlier that month to ensure readiness.^[20] During its early operations from 2016 to 2017, the line experienced a steady buildup in daily ridership as public awareness and integration with airport and rail services grew, contributing to the overall passenger base expansion.^[13] By the end of 2019, cumulative ridership had reached over 9 million passengers, reflecting the initial phase's success in attracting travelers.^[13] A significant upgrade occurred in July 2021 with the introduction of Version 2.0 trains, boosting the maximum operational speed to 140 km/h and reducing end-to-end travel time by approximately three minutes to 19 minutes and 30 seconds.^[7]^[2] These new trains, developed by CRRC Zhuzhou Institute, had undergone testing reaching 160 km/h during trials in April 2020 to accommodate increasing demand from rising passenger volumes.^[9] The upgrade enhanced capacity and efficiency, aligning with the line's role in supporting Changsha's expanding air-rail intermodal hub.^[7] Marking its five-year anniversary in 2021, the line had carried over 15 million passengers, underscoring its growing popularity amid post-opening optimizations.^[21] By May 2025, cumulative operational distance exceeded 9.2 million kilometers across nearly 498,000 train trips, demonstrating sustained reliability.^[5] Routine maintenance and upgrades have focused on enhancing system reliability, achieving a schedule fulfillment rate of 99.98% and on-time performance of 99.95% as of May 2025.^[5] These efforts, including periodic inspections and technological refinements, have ensured minimal disruptions over the line's nine years of service.^[3]

Infrastructure

Track and Stations

The Changsha Maglev Express operates on a fully elevated double-track viaduct spanning 18.55 km, connecting Changsha South Railway Station to Changsha Huanghua International Airport.^[22] The track consists of pre-stressed concrete guideways designed to support electromagnetic suspension (EMS) levitation, built primarily on bridges to navigate urban and suburban terrain efficiently.^[23] Curves along the route are engineered for safe operation at speeds up to 140 km/h. Propulsion is provided by short-primary linear induction motors (LIMs), with power supplied via a DC 1,500 V system collected from side rails, enabling low-noise and low-vibration performance.^[24]^[23] The line features three stations, each integrated into the regional transportation network for seamless passenger flow. Changshanan Station, located at the southern terminus, serves as a major interchange hub with the national high-speed rail network and Changsha Metro Line 2, featuring platforms accommodating 3-car trainsets.^[19] Langli Station acts as the primary intermediate stop in a suburban area, providing access to local communities.^[19] Huanghua Airport Station, at the northern end, offers direct linkage to the airport terminals, including proximity to baggage handling areas and security checkpoints within the international building.^[1] Station facilities emphasize accessibility and efficiency, with escalators and elevators available throughout to support passengers with mobility needs.^[25] Platforms are designed to handle train cars measuring approximately 15 m in length, supporting peak throughput aligned with the line's operational demands.^[24] Engineering elements, such as the rigid track structure, ensure minimal vibration transmission to surrounding areas, contributing to the system's environmental compatibility.^[26]

Rolling Stock and Technology

The rolling stock for the Changsha Maglev Express is manufactured by CRRC Zhuzhou Electric Locomotive Co., Ltd., marking China's first commercial medium-low speed maglev project with fully independent intellectual property rights.^[27]^[21] The trains consist of 3-car sets, comprising one motor car flanked by two trailer cars, with a passenger capacity of approximately 500 per train in the upgraded version.^[24]^[27] Key dimensions include a gauge of 1,860 mm, a maximum width of 2,800 mm, car lengths of 15,510 mm for motor cars and 15,000 mm for trailer cars, and a height of about 3.8 m, constructed using an all-welded aluminum alloy V-shaped carbody structure for lightweight efficiency.^[24] The propulsion system utilizes electromagnetic suspension (EMS) for levitation, maintaining an 8-10 mm gap between the train and guideway via five suspension modules per car, combined with short-stator linear induction motors for propulsion and acceleration.^[24]^[23] These enable smooth, wheel-less operation with regenerative braking to recover energy during deceleration. The original trains, introduced in 2016, were designed for a maximum speed of 100 km/h.^[9] In 2021, Version 2.0 trains entered service, featuring lighter weight, improved aerodynamics, and an operational top speed of 140 km/h (with tests reaching 160 km/h), reducing travel time on the line.^[9]^[27] Each motor car is powered by a 1,500 kW system, supplied via DC 1,500 V from side rails, with the Version 2.0 offering 30% greater traction power for enhanced performance.^[24]^[27] Safety features include automatic train control (ATC) for precise operation and collision avoidance, integrated obstacle detection systems, and earthquake sensors to monitor and respond to seismic activity, contributing to the line's certification as a top safety production standard in China.^[2]^[14]^[28]

Operations

Schedule and Fares

The Changsha Maglev Express operates daily from Changsha South Railway Station to Huanghua International Airport, with the first train departing at 7:00 AM and the last at 10:00 PM; trains in the airport direction run until 10:30 PM. Service from the intermediate Langli Station aligns with these times, starting at approximately 7:07 AM and ending around 7:00 PM. Peak-hour frequency stands at every 11 minutes and 40 seconds, while off-peak intervals are approximately 15 minutes, ensuring efficient connectivity for air-rail intermodal travel.^[1] A single journey covers 18.55 km and takes 19 minutes and 30 seconds at the operational speed of 140 km/h, providing a swift link between the high-speed rail hub and the airport. The one-way adult fare is CNY 20 (approximately USD 2.80), with children under 120 cm in height traveling free and those between 120 cm and 150 cm receiving half-price tickets. Ticketing is facilitated through automated vending machines at stations, mobile applications, and integrated systems compatible with airport and regional transit.^[1]^[5]^[29] The service maintains high reliability, achieving a 99.95% on-time performance rate as of 2025, supporting its role as a dependable urban transit option.^[5]

Ridership and Performance

The Changsha Maglev Express recorded an average daily ridership of approximately 8,000 passengers in its initial years of operation, with a record single-day high of 14,501 passengers on October 4, 2018, during the National Day holiday period.^[13] By May 2019, the average daily ridership had stabilized at 8,370 passengers, reflecting steady growth from early operations.^[13] Based on cumulative trends, the cumulative average daily ridership is approximately 7,350 passengers as of May 2025.^[2] Over nearly nine years of service, the line had transported a cumulative total of 24.1525 million passengers by May 5, 2025.^[2] Performance metrics demonstrate high reliability, with the trains accumulating 9.2032 million kilometers of operation and achieving a schedule fulfillment rate of 99.98% alongside an on-time performance rate of 99.95%.^[2] The maglev technology contributes to energy efficiency, offering 30-40% greater savings compared to conventional high-speed rail systems due to reduced friction and optimized aerodynamics.^[30] Ridership peaks during holidays and airport travel surges, such as National Day, when demand exceeds average levels and helps alleviate pressure on alternative transport modes like taxis by providing a faster, reliable option for airport connections.^[13] Initial adoption faced challenges from fare sensitivity, with early ridership falling short of initial forecasts at around 8,000 daily passengers, though usage improved following the 2021 speed upgrade to 140 km/h.^[31] Economically, the line generates revenue through ticket sales at 20 CNY per one-way trip and supports local GDP growth by enhancing efficient airport-rail connectivity, reducing overall transport costs, and boosting urban mobility in Changsha.^[11]^[32]

Future Developments

Current Extensions

The east extension of the Changsha Maglev Express is a 4.454 km elevated track addition extending from the existing Huanghua Airport station to Terminals 2 and 3 at Changsha Huanghua International Airport, designed to enhance direct connectivity for passengers.^[33] Construction commenced on April 25, 2021, as a key component of the airport's reconstruction and expansion project.^[33] The extension incorporates two new underground stations, T2 and T3, facilitating seamless access to the airport's expanded facilities.^[34] The project, with an estimated total investment of approximately 2.78 billion yuan, employs shield tunneling for the underground sections and maintains compatibility with the main line's upgraded operational speed of 140 km/h to ensure efficient integration.^[34]^[35] Shield tunneling for the T2-T3 interval, the world's first for a medium-low speed maglev, achieved double-line penetration by May 2023, marking a milestone in maglev infrastructure construction.^[36] As of October 2025, the main structure has been topped out, with electrical and mechanical installations in the final stages, and cold and hot slide trials completed earlier in the year.^[37] Trial operations are anticipated in late 2025, aligning with the project's expected completion by year-end.^[37]^[38] This extension improves airport integration by providing point-to-point rail access to Terminal 3, which is scheduled for full operational readiness in 2026 and will support the airport's increased capacity for international flights amid rising passenger volumes.^[39] The overall airport reconstruction, including Terminal 3, is targeted for completion by 2026, with the maglev extension's coordination ensuring synchronized rollout to minimize disruptions.^[40] The Changsha-Liuyang Maglev Express represents a significant expansion of maglev infrastructure in Hunan Province, marking China's first inter-city maglev line designed for urban connectivity beyond airport shuttles. This medium-speed project connects Changsha Huanghua International Airport to downtown Liuyang, integrating with the existing Changsha Maglev Express line to provide access to Changsha South Railway Station, over a first-phase distance of 39.5 kilometers from the airport to Jili station, with a total project length of 48.73 kilometers. Construction commenced in November 2024, with groundbreaking ceremonies held on November 11, featuring a designed top speed of 160 km/h to reduce travel time between the cities to approximately 20 minutes.^[41]^[42]^[43] Phase 1 will include 7 stations, with the full line featuring 12 stations upon completion. The project, estimated at a cost of approximately 10.4 billion yuan (about $1.45 billion USD) for phase 1, utilizes indigenous medium-low speed maglev technology developed by CRRC, building on the electromagnetic suspension (EMS) system proven in the original Changsha Maglev Express. This EMS approach employs short-stator linear motors for propulsion and levitation, enabling efficient operation at speeds up to 160 km/h while integrating seamlessly with existing rail infrastructure. Phase 1 construction is advancing, with tunnel and track work underway as of October 2025, targeting operational service in 2029.^[44]^[45]^[24]^[46] In addition to the Liuyang line, Hunan Province is considering further maglev developments to form an interconnected regional network, including a potential Changsha-Ningxiang line that would enhance links with high-speed rail corridors in the province. These initiatives aim to integrate maglev with Hunan's broader rail system, though ambitious proposals for direct connections to national networks like the Beijing or Shanghai maglev lines have been deferred amid high development costs. The Liuyang project is expected to introduce stations including provisionally named Guozhan Road, Gaotangping Road, Dongsi Road, Dongsheng Road, and Longfeng Avenue, expanding the maglev footprint and supporting urban growth in Changsha's metropolitan area by 2029.^[43]^[22]

References

[1]
Changsha Maglev Express: 19 Minutes from Airport to South Station
Aug 11, 2025 · Changsha maglev train runs between Changsha Huanghua Airport and Changsha South Railway Station. A single trip takes only 19.5 minutes and ...
[2]
Changsha Maglev Express Line Runs More Than 9.2 Million ...
May 8, 2025 · The 18.55-km Changsha Maglev Express Line links the Changsha South Railway Station with the Changsha Huanghua International Airport. The super " ...
[3]
Changsha Maglev Line Greets 8th Anniversary of Commercial ...
May 7, 2024 · It is China's first maglev line commercial operation demonstration project with independent intellectual property rights. It boasts the ...Missing: domestic | Show results with:domestic
[4]
Changsha Metro, Maglev Lines Brace for Spring Festival Travel Rush
Feb 1, 2024 · The Changsha Maglev Express Line extends its operating hours on weekends and holidays, specifically from 7:00-22:30 to 7:00-23:00. On weekends ...
[5]
Changsha Maglev Express Line Runs More Than 9.2 Million ...
May 8, 2025 · The super "air-rail intermodal" transit line underwent a speed upgrade in July 2021, increasing its operational speed to 140 kilometers per hour ...
[6]
China's Third Maglev Line
Nov 15, 2017 · The Changsha Maglev Express stretches over 18.55 kilometers (11.5 ... Length: 18.55 km (11.53 mi). 3. Beijing Maglev. Opened in 2017. Top ...
[7]
Changsha Maglev Express | govt.chinadaily.com.cn
Jan 11, 2019 · Changsha Maglev Express, China's first domestically built ... Langli Station after 19:00 from Dec 8, 2018. MOST POPULAR. 1 Ministry ...
[8]
Medium-low Speed Maglev for Changsha
Feb 8, 2016 · Length per train 48,310 mm. Width 2,800 mm. Height 3,650 mm. Floor height 880 mm. Track gauge 1,860 mm. Max. gradient 70‰ Min. curve negotiation ...Missing: Express specifications stations technology
[9]
New Chinese inter-urban maglev train reaches 160km/h
Apr 29, 2020 · The Changsha Maglev Express Line, which links Changsha South station with Huanghua Airport, opened on May 6 2016. It is operated with Version ...Missing: length | Show results with:length
[10]
Maglev trains stay at front of debate - Business - Chinadaily.com.cn
Nov 28, 2016 · The Changsha Maglev Express in central China's Hunan province ... The line, with a total investment of 4.6 billion yuan, stretches over ...
[11]
China's first home-grown maglev in operation - China Daily
May 6, 2016 · The first Chinese middle-to-low speed magnetically levitated rail line began operating on Friday in Changsha, capital of central China's ...Missing: domestic | Show results with:domestic
[12]
China starts trial run of first home-designed and built maglev rail line
May 6, 2016 · The so-called maglev, with a maximum speed of 100 km/h, began ferrying passengers on the 18.5-km-long line in the southern city of Changsha on ...Missing: domestic | Show results with:domestic
[13]
Changsha Maglev Express Serves Nearly 10 Mln Passengers in 3 ...
May 9, 2019 · The project was launched on May 16, 2014. The line was designed to link the Changsha South Railway Station and the Changsha Huanghua ...
[14]
Facts - Maglev
Changsha Maglev Express (PR China). The Changsha Maglev Express is China's first domestically developed medium-speed magnetic levitation (maglev) system.<|control11|><|separator|>
[15]
Application and further development of Maglev transportation in China
High speed maglev transportation system provides a technical and economical choice of land transportation mode within the speed range between high speed wheel- ...
[16]
The Environmental Impact of Maglev: A Green Alternative to ...
Dec 13, 2024 · Maglev reduces carbon emissions, is energy efficient, reduces noise, and supports sustainable urban planning by reducing reliance on cars and ...
[17]
Changsha Maglev Express Line Maintains Safe Operation for 3000 ...
Jul 24, 2024 · It is also the world's first medium-and-low speed maglev line operated commercially at a speed of 140 kilometers per hour. As a super hub for ...
[18]
Environmental Matters - International Maglev Board
Maglev trains have no direct pollution, are quieter than traditional systems, and don't divide landscapes like highways, allowing animals to cross under them.
[19]
Construction of China's First Medium and Low-speed Maglev Line ...
May 16, 2020 · Construction of China's first rail for medium and low-speed magnetic levitation or maglev trains began in Changsha, capital city of Hunan ...
[20]
Changsha maglev starts trial running | News - Railway Gazette
Dec 30, 2015 · Construction of the maglev line began in May 2014, and the guideway was completed in mid October 2015, at a reported cost of 195m yuan per route ...
[21]
China's new maglev train passes speed test at 160 kph - Xinhua
Apr 28, 2020 · As China's first medium-low-speed maglev rail line, the first generation train with a top speed of 100 km per hour was put into commercial ...Missing: Express initial ridership 2016-2017
[22]
New maglev train improves service in Hunan - Chinadaily.com.cn
Jul 2, 2021 · The newly added train runs 140 km/h, cutting the travel time by about three minutes. It can also be used in more conditions, said Zhou Xiaoming, ...Missing: 2.0 | Show results with:2.0
[23]
China's first fully independent intellectual property rights of ...
It has been operating safely on the Changsha Maglev Express for more than five years, carrying more than 15 million passengers. This year, the maglev 1.0 train ...<|control11|><|separator|>
[24]
Five New Maglev Stations to Be Set up in Changsha
Feb 25, 2025 · The five new maglev stations are provisionally named Guozhan Road, Gaotangping Road, Dongsi Road, Dongsheng Road, and Longfeng Avenue stations.
[25]
[PDF] Comprehensive Survey of Maglev Train Technologies - ScholarWorks
5.7 Changsha Maglev Express ... The system was designed to be tested using electromagnetic suspension for levitation and a linear induction motor for propulsion ...
[26]
Configurations of the curved guideway - ResearchGate
First, a field dynamics experiment is carried out on the Changsha Maglev Express with a running speed of 80–140km/h. Then we introduce the distributed coupling ...
[27]
Medium-Low Speed Maglev in Changsha - CRRC ZELC EUROPE
Five 3-car, medium-low speed maglev trains are currently operating on the Changsha South Railway Station – Huanghua Airport Line in China. ... 48 310 mm Current ...<|control11|><|separator|>
[28]
Complete Guide to Changsha Huanghua International Airport
Jan 20, 2025 · Discover all you need to know about Changsha Huanghua International Airport, including transport options and services for a smooth journey.
[29]
Isolation effectiveness of lead rubber bearing on low-medium-speed ...
To ensure the driving quality of maglev vehicle, the maglev line generally demands stringent standards for the rigidity and smoothness of the track beam. Thus, ...
[30]
Speeding-up Test for China's First Commercial Maglev Train 2.0
Aug 8, 2019 · As the first independent commercial maglev project in China, Changsha Maglev Express with a speed of 100 km/h was put into operation in May ...Missing: approval 2011<|separator|>
[31]
Safety of maglev trains moving on bridges subject to foundation ...
Jan 1, 2014 · This paper investigates the safety of a series of maglev trains moving on multispan bridges undergoing foundation settlements and ...
[32]
Chinese Maglev Train. - China Travel
Aug 16, 2021 · Quick Facts · Distance: 30 kilometers (19 miles) · Duration: 7 minutes · Top Speed: 430 km/h (267 mph) · Route: Shanghai Pudong International ...Missing: length | Show results with:length
[33]
Comparison between conventional and MAGLEV rail systems.
Our findings demonstrate that Maglev systems achieve 30–40% greater energy efficiency compared to conventional high-speed rail, attributed to zero rolling ...<|separator|>
[34]
Ticket Price Sensitivity of Airport Rail Link—a Case Study of ...
The travel time value and price sensitivity of passengers who take the airport rail link are quite different from those who take the urban rail transit.
[35]
Economic Benefit to Investment in High Speed Rail - Northeast Maglev
Nov 16, 2020 · HSR development in China has steadily become about connecting the nation's economic centers and helping urbanize the surrounding cities and towns.<|separator|>
[36]
长沙磁浮快线有望新增五个站点，预计年内动工 - 湖南频道
Feb 24, 2025 · 作为长沙机场改扩建工程的重要配套工程，长沙磁浮东延线接入T3航站楼工程于2021年开工建设，全长4.454公里，将实现长沙火车南站与黄花国际机场T3航站楼点对 ...
[37]
长沙磁浮东延线计划十月开工将直连T2、T3航站楼 - 湘阴县人民政府
Aug 12, 2020 · 长沙磁浮东延线计划十月开工将直连T2、T3航站楼 ... 据8月10日公示的“长沙磁浮东延线接入T3航站楼工程环境影响报告书（征求意见稿）”显示，长沙磁浮东延线接入 ...
[38]
长沙磁浮快线提速至每小时140公里 - 新华网
Jul 1, 2021 · 长沙磁浮快线7月1日起全线提速，既有的磁浮列车运营速度由每小时100公里提升至每小时110公里，新增购的1列磁浮列车按每小时140公里的速度上线运营，后续拟增 ...Missing: h | Show results with:h
[39]
我国首条中低速磁浮盾构隧道贯通 - 中国政府网
长沙磁浮东延线接入T3航站楼工程位于长沙市长沙县黄花镇境内，线路全长约4.45公里，是实现长沙火车南站与长沙黄花机场点对点快速接驳、完成空铁联运的 ...
[40]
2025 年四季度长沙多重点项目冲刺，城市功能将升级！|地铁 - 网易
Oct 11, 2025 · 长沙磁浮东延线：全长4.454 公里，将接入T3 航站楼，主体结构已封顶，机电装修进入收尾阶段，预计2025 年底完工。长沙机场T3 航站楼：加速推进“精装” 工作.
[41]
长沙轨道交通建设最新进度（持续更新）
Feb 14, 2025 · 长沙磁浮东延线、6号线东延段：. 目前，6号线东延线土建已完工，铺轨、机电施工已启动。长沙磁浮东延线已完成冷、热滑试验，机电装修已进入全面扫尾阶段。
[42]
大变样！2026年的长沙黄花机场长这样 - 湖南省人民政府
Jun 21, 2024 · 据了解，目前，长沙机场改扩建工程综合交通枢纽主体结构、T3航站楼工程大厅主体结构已全面完工。预计2026年建成投入使用，旅客在长沙乘机将更便捷更舒适。两 ...
[43]
长沙黄花机场T3航站楼“长沙之星”雏形初现 - 中国新闻网湖南
Apr 8, 2025 · 项目预计在2026年上半年完成竣工验收。湖南日报全媒体记者郭立亮摄. 【编辑：张翀】.
[44]
China begins construction of inter-city maglev
Nov 15, 2024 · Construction has begun in China on the first phase of a 48.7km maglev line between Changsha and Liuyang in Hunan province.
[45]
China breaks ground on first intercity maglev line - Ecns.cn
Nov 15, 2024 · The 48.73-kilometer line, with a designed maximum speed of 160 km/h, will link the province's capital city with downtown Liuyang, cutting travel ...
[46]
China breaks ground on first intercity maglev line - Chinadaily.com.cn
Nov 14, 2024 · The 48.73-kilometer line, with a designed maximum speed of 160 km/h ... Since 2016, the Changsha Maglev Express has provided a safe and ...
[47]
Construction work started on Changsha – Liuyang maglev line
Nov 29, 2024 · The costs are estimated at around €1.37 billion (CNY 10.4 billion) and the opening is planned for 2029. Once completed, the new line is expected ...Missing: Express | Show results with:Express
[48]
China begins work on $1.5bn maglev track
Dec 9, 2024 · China today started work on a magnetic levitation (maglev) line as part of its plans to construct an ultra-fast rail network.
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Tunnel Construction of Changsha-Liuyang Maglev Express Line in ...
Tunnel Construction of Changsha-Liuyang Maglev Express Line in Full Swing. Oct 04, 2025. 45. Changsha. On September 2, workers carried out tasks such as ...