Intelligent Transportation Systems

Intelligent Transportation Systems Laboratory Current Projects Reports

Bus Rapid Transit and the American Community Design Competition

Principal Investigator: R.L. Bertini

Complete Year: 2001

SPONSOR: Federal Transit Administration, Weststart

BUDGET: $1,000

ABSTRACT: Portland, Oregon's regional government, Metro, has designated specific communities in outer Southeast Portland as areas that should be planned to accommodate future population growth. Both Metro and the Tri-County Metropolitan Transportation District of Oregon (Tri-Met) have expressed a desire for Bus Rapid Transit (BRT) service to this area from downtown Portland, within a corridor approximately following Southeast Powell Boulevard and Foster Road. A preliminary analysis of BRT alignment alternatives was completed for this study. After six possible alignment options linking downtown Portland with Pleasant Valley and Damascus Town Centers were identified, a multivariate corridor analysis was applied to each option. Criteria used to select the best alignment alternative included regional connectivity, local ridership, operational costs, trip duration, distance, right-of-way and political feasibility, environmental costs, and capital costs. In addition, recommendations have been made for possible station locations along the preferred alternative corridor. This analysis is intended to assist Tri-Met in its efforts to begin planning, designing, and implementing a BRT system in this area. The results of the analysis suggest that a BRT system is feasible for the Powell/Interstate 205/Foster alignment. The outcome also suggests that BRT has the capacity to influence land use and could generate high transit ridership. Overall, it is recommended that Tri-Met and Metro continue to evaluate opportunities for BRT in this alignment.

PRODUCTS:

journal Pahs, M., Rohden, M., Hampsten, D., Gallant, S. and Bertini, R.L., "Door-to-Door Mobility: A Bus Rapid Transit Community Transport Concept for Southeast Portland, Oregon." Journal of Public Transportation, Vol. 5, No. 2, pp. 137-161, 2002.