Innovia APM
Innovia APM | |
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![]() Innovia APM 300 in Bangkok | |
In service | 1963–present |
Manufacturer |
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Designer | Westinghouse |
Built at |
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Family name | Innovia |
Innovia APM is a rubber-tired automated people mover system (APM) currently manufactured and marketed by Alstom as part of its Innovia series of fully automated transportation systems. The technology was introduced in 1963 by Westinghouse and has been improved over three generations: the Innovia APM 100 (known originally as C-100 and CX-100), Innovia APM 200 (originally known as just Innovia people mover), and the latest model, the Innovia APM 300. The license to use the technology has also passes hands several times, from Westinghouse to AEG in 1988, to Adtranz in 1996, to Bombardier Transportation in 2001,[1] and most recently to Alstom in 2021.
History
![](http://upload.wikimedia.org/wikipedia/commons/thumb/4/40/Westinghouse_Skybus_01.jpg/220px-Westinghouse_Skybus_01.jpg)
Development began in the 1960s when Westinghouse, a Pittsburgh, Pennsylvania company, first engineered an automated people mover (APM) for use on a demonstration project at the Allegheny County Fairgrounds in Pittsburgh.[2] The technology came to be known as the Skybus, because it was a rubber-tired vehicle, similar to a bus that operated on a designated elevated roadway.[3] Engineers believed that it would be able to move 5,000 to 14,000 per hour per direction, and could offer around-the-clock service every two minutes. After the tests, Westinghouse and the Port Authority of Allegheny County attempted to build larger system, the Transit Expressway Revenue Line, which proved controversial.[4] Political leaders were skeptical of the rubber-tired mass transit technology, and accused the Port Authority of improperly choosing Westinghouse's APM over a competing proposal for a more traditional light rail system. Eventually plans to implement a Skybus system in Pennsylvania were rejected.[5] Despite this, work continued on the technology.
![](http://upload.wikimedia.org/wikipedia/commons/thumb/1/1a/Original_TPA_people_movers_%28cropped%29.jpg/220px-Original_TPA_people_movers_%28cropped%29.jpg)
In 1971, Westinghouse was finally able to commercialize its APM technology, selling what it called the C-100 system to Tampa International Airport, ushering in dozens similar people mover systems at airports around the world.[6] The C-100 was improved with a updated second-generation of vehicles, and the more heavily updated CX-100 system. All together, 14 systems were delivered in the 1980s and 1990s.
The APM technology was purchased by AEG in 1988 and later transferred to Adtranz in 1996.
![](http://upload.wikimedia.org/wikipedia/commons/thumb/6/68/DFW_Skylink_from_plane.jpg/220px-DFW_Skylink_from_plane.jpg)
As the competing Crystal Mover system grew in popularity, Adtranz began developing a new, more aerodynamic model known as Innovia, which started testing in 1999. In addition to its sleeker appearance, the new Innovia people mover also offered greater speeds, tighter turns, full composite construction and a choice in end caps. The first Innovia people mover system delivered opened in 2005 at Dallas/Fort Worth International Airport.[7]
The technology transferred to Bombardier Transportation in 2001, which continued to sell both the newer Innovia APM 200 and the older CX-100 technology under the name Innovia APM 100.[8] The last Innovia APM 100 system delivered was delivered in 2010[9]).
Amid the development of a third generation model, Bombardier decided to rebrand its entire automated transit system portfolio as Innovia. The two previous models became legacy systems and are no longer marketed to new customers, although existing customers can and do still order more vehicles as needed. The third and latest model is called the Innovia APM 300 system. It looks very similar to the original Innovia people mover (now called the Innovia APM 200 system), but is longer, more energy efficient and capable of 6-car train configurations.[10]
In November 2014, Bombardier signed a joint venture agreement with China's CRRC Nanjing Puzhen to manufacture and market Innovia APM and Innovia Monorail systems in the Chinese market.[11]
Production
Innovia APM vehicles are assembled in West Mifflin, Pennsylvania, part of the Greater Pittsburgh Area and not far from where the first demonstration trains ran. The multi-building facility specializes in automated people mover technology and has three test tracks.[12][13]
Vehicles manufactured by the joint venture with CRRC Nanjing Puzhen are manufactured in Wuhu, Anhui Province in China.[14]
Implementations
Innovia APM 100 systems
![](http://upload.wikimedia.org/wikipedia/commons/thumb/6/6d/Contract801a.jpeg/220px-Contract801a.jpeg)
At airports
- AeroTrain at Kuala Lumpur International Airport, Malaysia (to be replaced with Innovia APM 300 rolling stock in 2025)[15]
- AirTrain at San Francisco International Airport, United States[16]
- Automated Guideway Transit System at Denver International Airport, United States[17]
- Beijing Capital International Airport, China [18]
- Changi Airport, Singapore (replaced by Crystal Mover system in 2006)
- Madrid Barajas International Airport, Spain
- Harry Reid International Airport People Movers (three lines) at Harry Reid International Airport, United States
- Orlando International Airport People Movers at Orlando International Airport, United States (gates 70-129 only)
- Pittsburgh International Airport People Movers at Pittsburgh International Airport, United States
- Satellite Transit System at Seattle-Tacoma International Airport, United States
- SkyBridge at Leonardo da Vinci Airport, Italy
- SkyLine at Frankfurt Airport, Germany
- Skyway at George Bush Intercontinental Airport, United States
- SMF Automated People Mover at Sacramento International Airport, United States
- Tampa International Airport People Movers at Tampa International Airport, United States
- TerminaLink at George Bush Intercontinental Airport, United States
- The Plane Train at Hartsfield-Jackson Atlanta International Airport, United States
- Tracked Shuttle System at London Gatwick Airport, United Kingdom
- Transit System at London Stansted Airport, United Kingdom
Urban systems
- Metromover, Miami, Florida, United States[19]
- Bukit Panjang LRT, Singapore[20]
- Zhujiang New Town Automated People Mover System, Guangzhou, China[9]
Innovia APM 200 systems
![](http://upload.wikimedia.org/wikipedia/commons/thumb/d/d4/PHX_SKY_TRAIN.jpg/220px-PHX_SKY_TRAIN.jpg)
- DFW Skylink at Dallas/Fort Worth International Airport, United States[21]
- Heathrow Terminal 5 Transit at Heathrow Airport, United Kingdom [22]
- PHX Sky Train at Phoenix Sky Harbor International Airport, United States[23]
Innovia APM 256 systems
The Innovia APM 256 was designed as a direct replacement for the VAL 256 system
- Wenhu Line of Taipei Metro, Taiwan[24]
- Airport Transit System at Chicago O'Hare International Airport, United States[25]
Innovia APM 300 systems
![](http://upload.wikimedia.org/wikipedia/commons/thumb/b/bb/Train_Bangkok_Golden_Line.jpg/220px-Train_Bangkok_Golden_Line.jpg)
At airports
- Dubai International Airport Automated People Mover at Dubai International Airport, United Arab Emirates[26] Terminal 1 (Terminal 3 uses Crystal Mover)
- King Abdulaziz International Airport, Saudi Arabia[27]
- Munich Airport, Germany[28][29]
- LAX Automated People Mover at Los Angeles International Airport, United States[30]
- Chengdu Tianfu International Airport, China[31]
- Beijing Capital International Airport, China (only new rolling stock)[32]
- Shenzhen Bao'an International Airport, China [33]
- Hong Kong International Airport, Hong Kong[33]
- AeroTrain at Kuala Lumpur International Airport, Malaysia (new rolling stock)[34]
Urban systems
- Bangkok Gold Line, Thailand
- Pujiang line, China
- Bukit Panjang LRT line, Singapore (new rolling stock)
Integrated Systems
Innovia APM vehicles operate as part of a fully integrated transit system[35] with all elements (vehicles, signaling, communications, power supply and distribution, trackwork, platform screen doors, etc.[36]) designed to function together as a complete package. Typically, these integrated systems are delivered as a turnkey transit system contract.[37]
Route layout and system configuration
Innovia APM systems are most often used in airport settings as inter-terminal connections or links to local amenities in and around the airport such as car rentals, parking garages and local public transit. Currently there are three urban systems used as feeder systems as part of a larger mass transit network. Innovia APM systems operate in tunnels, on elevated guideways, and sometimes in an open cut (pit) or a combination of tunnels and elevated guideways.
They can assume three different system configurations – shuttle,[38] loop,[39] and pinched loop.[40] The shuttle system is the least complex. One train operates on each lane of a dual lane guideway. After the train dwells in one of the end stations for passengers for entry and exit, it reverses direction and returns to the opposite end station. Because Innovia APM vehicles are fully automated, they do not require a driver's cab, which allows them to be bidirectional. A loop is an enclosed system that connects multiple stations along a track or guideway that is a continuous circle or closed curve. Loop systems can be designed as either a single lane or a dual lane configuration. A pinched-loop system shares common characteristics with both the shuttle and the loop systems. Pinched loops look like a dual-lane shuttle (with two parallel guideways), but trains can go from one track to the other changing direction via switches at each end. As a result, traffic on a pinched loop flows in opposite directions on two parallel tracks, but can accommodate many stations.[41]
See also
Competing systems:
References
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- ^ "Skybus in Pittsburgh". Brookline Connection. Retrieved 2022-08-10.
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- ^ a b DVV Media Group GmbH. "Guangzhou peoplemover enters service". Railway Gazette. Retrieved 2015-03-06.
- ^ "Bombardier INNOVIA APM 300". Railway Technology. 2011-06-15. Retrieved 2015-03-06.
- ^ "Thunder Bay News; NetNewsLedger.com – Bombardier Announces Joint Venture for China". Thunder Bay News; NetNewsLedger.com. 6 November 2014.
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- ^ Grata, Joe (June 6, 1999). "Adtranz is world leader in people moving". Pittsburgh Post Gazette. Retrieved 2022-08-10.
- ^ "CRRC-Bombardier JV Sign Contract for 19 APMs for Singapore". Railway-News. 2019-05-22. Retrieved 2020-06-18.
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- ^ "Bombardier Signs New People Mover Contract at San Francisco Airport". Railway Technology. Archived from the original on 2015-04-02. Retrieved 2015-03-06.
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- ^ "Bombardier Completes Automated People Mover System in Beijing, China". Marketwired.com. Retrieved 2015-03-06.
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- ^ Freishtat, Sarah (November 2, 2021). "After years of delays, O'Hare's 'people mover' to reopen Wednesday on a limited schedule". Chicago Tribune. Archived from the original on 2021-11-02. Retrieved 2021-11-02.
- ^ "Bombardier to build automated people mover system at Dubai Airport". Railway Technology. 29 November 2012. Retrieved 2015-03-06.
- ^ Stephen White. "Bombardier wins Jeddah airport people mover deal". ConstructionWeekOnline.com. Retrieved 2015-03-06.
- ^ "New automated people mover system for Munich Airport". Passengerterminaltoday.com. 2011-11-23. Retrieved 2015-03-06.
- ^ "Bombardier-s-INNOVIA-APM-300-Automated-People-Mover-System-Enters-Service-at-Munich-Airport". Retrieved 2015-03-06.
- ^ Tom Wadlow (2018-06-11). "Los Angeles International Airport awards contracts for $4.9bn monorail installation". Construction Global. Archived from the original on 2018-06-14. Retrieved 2018-06-13.
- ^ "Alstom's first airport APM 300 system at New Chengdu Tianfu International Airport enters service". Retrieved 15 July 2021.
- ^ "First automatic people mover (APM) delivered to Beijing Capital International Airport". Retrieved 15 July 2021.
- ^ a b "庞巴迪中国合资企业斩获深圳机场全自动旅客捷运系统合同". Retrieved 12 September 2021.
- ^ "Pestech to finance, upgrade and operate KLIA Aerotrain project for RM743m". 28 December 2021.
- ^ Leder, William H.; Sproule, William J. (April 2013). APM and Other Driverless Systems for Integrated Urban Planning and Sustainability. American Society of Civil Engineers. ISBN 978-0-7844-1286-2.
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- ^ "Archived copy" (PDF). Archived from the original (PDF) on 2015-07-03. Retrieved 2015-03-02.
{{cite web}}
: CS1 maint: archived copy as title (link) - ^ Morris, Jane L.; Decostro, Robert L.; Incorvati, Mark V. (2011). "PHX Sky Train: APM Adaptation for Phoenix". Automated People Movers and Transit Systems 2011. pp. 114–125. doi:10.1061/41193(424)11. ISBN 978-0-7844-1193-3.
- ^ "Chapter 24". ntl.bts.gov. Archived from the original on 2004-06-01.