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I'm looking for a person who knows a lot about subway rail design.  I want to know about rail composition, brake composition, wheel composition and anything else that may be of interest.

 

Is there anyone out there with professional experience in this (these) fields and would be happy to chat?

 

-Keith

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Greetings Brakeman and Bluelinec4,

 

Here's what I know about some of the subway systems of three Canadian cities.  Does this information mean anything to you?  If you know more about these specs, let me know.  I'm interested in the details of operating and maintaining these systems.

 

The subway system in Montreal, Quebec, Canada:

- 70 kms long

- has three main lines,

- 68 stations

- over a million daily ridership

- is entirely underground (more accurately is sheltered from the elements)

- rubber wheel and steel rail system

- track guage: 4' 8.5''

- Propulsion: third Rail

- Rolling stock: MP59 manufactured by GEC Alsthom

 

The subway system in Toronto, Ontario, Canada

- 70 kms long

- has four main lines,

- 69 stations

- over a million daily ridership

- is predominantly underground (some are above ground)

- steel wheel and steel rail system

- track guage: 4' 10 7/8''

- Propulsion: third Rail 600 V DC

- Rolling stock: T35A08 'Toronto Rocket' by bombardier and the RTC-75 series by Hawker-Siddeley Canada.

 

The Montreal Metro/subway is unique in being a rubber-tired system like the Paris Metro. Smoother and quieter, but a lot of rubber-tire smell as I recall.

 

 http://en.wikipedia.org/wiki/Paris_metro

 

A feature of the Paris metro is the use of rubber-tired subway trains ... This rubber-tired technology was exported to many networks around the world (including Montreal ...)

 

http://en.wikipedia.org/wiki/Montreal_Metro

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