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Encyclopedia > Advanced light rapid transit
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AirTrain at JFK. Note aluminum induction strip between rails.

Advanced light rapid transit is a generic name for the technology used in the metro systems (or parts thereof) in Vancouver and Toronto, Canada, Detroit and New York, United States of America, Ankara, Turkey, and Kuala Lumpur, Malaysia. The Skytrain in Bangkok, Thailand was originally also planned to use the same technology, but was after all based on standard light-rail technology.


The technology, originally named the Intermediate Capacity Transit System (ICTS), was developed in the 1970s by the Urban Transit Development Corporation, a crown corporation of the Province of Ontario. The technology is now owned by Bombardier, which calls it ART, and was among the first to make use of linear (electromagnetic) propulsion. It is not a maglev system, however: the train's weight is supported by the wheels even while in motion. The train is propelled by magnetic forces acting against currents induced in a conductive strip located between the rails.


Systems are listed below roughly in order of construction.

Contents

Toronto (Scarborough RT)

In 1981, the Ontario provincial government convinced the Toronto Transit Commission to use the then-named ICTS instead of a private streetcar right of way for a new route to serve the eastern Toronto inner suburb of Scarborough. The six-station Scarborough Rapid Transit line (or SRT) opened in 1985. The trains are partially automated, but do have drivers to address safety concerns.


Vancouver SkyTrain

The Expo Line of the Vancouver SkyTrain opened in late 1985, using driverless, fully automated trains. A second line, the Millennium Line, opened in 2002, using the same second_generation vehicles as Kuala Lumpur's Putra LRT. The system is the largest ALRT-type system in operation. Two more lines—the Richmond-Airport-Vancouver Line and Northeast Sector Line—have been approved for construction and are projected to open in time for the 2010 Winter Olympics.


Detroit People Mover

The Detroit People Mover is a fully automated system, using the same technology as the Vancouver system.


Kuala Lumpur Putra LRT

The Putra LRT system in Kuala Lumpur, Malaysia is fully automated, and opened in 1999.


Ankara Metro

The Ankara metro system, first opened in the mid 1990s, features various adaptations of the technology used in Toronto and Vancouver.


AirTrain JFK

AirTrain JFK connects John F. Kennedy International Airport in New York City to the New York Subway and the Long Island Railroad.


Competing technologies

The main challengers to this technology are the VAL, and the more costly to operate but cheaper to install light rail tram.


Movie trivia


  Results from FactBites:
 
Geary 'bus rapid transit' gets green light - Examiner.com (2149 words)
Transit corridors often will require a unique combination of local bus, rapid bus, and BRT attributes and improvements to accommodate the transit corridors� unique infrastructure, land-use, community characteristics, and business diversity for maintaining transit corridor business vitality and customer flexibly in travel mode choice.
It is imperative to fully engage transit corridor businesses and their neighborhood community stakeholders by addressing their needs with a process that measures the business community�s pre-expectations of BRT/Rapid Bus system costs and impacts.
Bus rapid transit is a joke in a town as densely populated as San Francisco (at least north of Market).
Rapid transit Summary (4832 words)
A rapid transit, underground, subway, elevated, or metro system is a railway system, usually in an urban area, with a high capacity and frequency of service, and grade separation from other traffic.
The terms "rapid transit" or "metro" tend to view this as a less important characteristic and include systems that are entirely elevated or at ground level (at grade).
Before any plans were made for transit systems with underground tunnels and stations, several railway operators built tunnels for their trains, usually to reduce the grade of the railway line.
  More results at FactBites »


 

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