1982•Special report - Transportation Research Board, National Research CouncilRequires access

POTENTIAL FOR LIGHT RAIL TRANSIT: FEDERAL PERSPECTIVE

C A Gargano

Open publisher page 0 citations

Abstract

In those areas where public transportation needs are urgent, light rail transit is a good candidate for early development. The basic technology for light rail transit is in place--it has been in use for years. In fact, worldwide light rail transit is the most extensively used fixed guideway transit mode. As a result, the extensive, expensive, and time-consuming research, development, and demonstration process necessary for the introduction of new transit modes or technology is simply not needed for the practical application of light rail transit. But this is only one of the features that makes this transit mode so attractive. Light rail transit also has incomparable flexibility. It can be adapted to a wide variety of geographic and topographic conditions, financial capabilities, rights-of-way, and existing transit infrastructures. Moreover, light rail transit can be developed incrementally; it can be expanded as demand and the ability to pay for it are increased. This incremental feature of light rail transit is especially important in view of the new public sector financial realities. Finally, light rail transit is simply much less costly than conventional rail transit. It does not have the overall high performance and capacity requirements of conventional rapid transit; consequently, construction and operating costs are lower. This lower cost makes light rail transit economically justifiable in urban areas where conventional rapid transit is not feasible because of cost or demand factors. (Author)

About this research paper

What this paper is about

In those areas where public transportation needs are urgent, light rail transit is a good candidate for early development. The basic technology for light rail transit is in place--it has been in use for years. In fact, worldwide light rail transit is the most extensively used fixed guideway transit mode. As a result, the extensive, expensive, and time-consuming research, development, and demonstration process necessary for the introduction of new transit modes or technology is simply not needed for the practical application of light rail transit. But this is only one of the features that makes this transit mode so attractive. Light rail transit also has incomparable flexibility. It can be adapted to a wide variety of geographic and topographic conditions, financial capabilities, rights-of-way, and existing transit infrastructures. Moreover, light rail transit can be developed incrementally; it can be expanded as demand and the ability to pay for it are increased. This incremental feature of light rail transit is especially important in view of the new public sector financial realities. Finally, light rail transit is simply much less costly than conventional rail transit. It does not have the overall high performance and capacity requirements of conventional rapid transit; consequently, construction and operating costs are lower. This lower cost makes light rail transit economically justifiable in urban areas where conventional rapid transit is not feasible because of cost or demand factors. (Author)

Why it matters

A significance statement is not available in the OpenAlex record.

Key contribution

A contribution statement is not available in the OpenAlex record.

Method / approach

Method details are not available in the OpenAlex metadata.

Main findings

Findings are not separately available in the OpenAlex metadata.

Limitations

Limitations are not available in the OpenAlex metadata.

Applications

Application details are not available in the OpenAlex metadata.

Available abstract

In those areas where public transportation needs are urgent, light rail transit is a good candidate for early development. The basic technology for light rail transit is in place--it has been in use for years. In fact, worldwide light rail transit is the most extensively used fixed guideway transit mode. As a result, the extensive, expensive, and time-consuming research, development, and demonstration process necessary for the introduction of new transit modes or technology is simply not needed for the practical application of light rail transit. But this is only one of the features that makes this transit mode so attractive. Light rail transit also has incomparable flexibility. It can be adapted to a wide variety of geographic and topographic conditions, financial capabilities, rights-of-way, and existing transit infrastructures. Moreover, light rail transit can be developed incrementally; it can be expanded as demand and the ability to pay for it are increased. This incremental feature of light rail transit is especially important in view of the new public sector financial realities. Finally, light rail transit is simply much less costly than conventional rail transit. It does not have the overall high performance and capacity requirements of conventional rapid transit; consequently, construction and operating costs are lower. This lower cost makes light rail transit economically justifiable in urban areas where conventional rapid transit is not feasible because of cost or demand factors. (Author)

Key concepts: Transit (satellite), Public transport, Transport engineering, Light rail, Light rail transit, Flexibility (engineering), Engineering, Business

Related papers

Back to paper searchBrowse research topicsOriginal source
POTENTIAL FOR LIGHT RAIL TRANSIT: FEDERAL PERSPECTIVE — Research Paper | ScholarLens