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and Associates, Inc. <br /> <br /> marketing and education programs to promote alternative modes; livable streets design <br /> standards; land use policies that promote mixed-use, pedestrian and transit-oriented <br /> development; parking policies such as pricing, reduced standards, and shared parking; and <br /> Transportation Systems Management (TSM) measures to balance the needs of automobiles, <br /> freight, and transit, with the objective of reducing automobile travel. <br /> <br /> A draft solutions catalog will be presented to staff and TAC (if a TAC is formed) to discuss the <br /> range of solutions and how they would work together as a system. Direction from the TAC <br /> should narrow down the potential solutions to a smaller sub-group of feasible solutions to be <br /> analyzed in later tasks. <br /> <br /> Deliverable: Draft Alternate Mode Solutions Catalog <br /> <br />5. FOCUS STUDY: FIXED GUIDEWAY SYSTEM <br /> <br />The City has shown interest in looking at the ability of some form of fixed guideway along the <br />existing Union Pacific Railroad spur that travels Seaport Boulevard and Chestnut Street. This <br />spur can connect to downtown Redwood City and the Caltrain Station but not directly as the <br />railroad is presently aligned. The Planning Commission is specifically interested in Light Rail <br />Transit (LRT)'utilizing this spur to connect downtown to the office and light industrial uses east <br />of US 101. This focus study will examine the feasibility, and potential implementation and <br />operations of LRT using Diesel Multiple Unit (DMU) technology. Kimley-Horn will utilize its rail <br />design engineers to field visit and review the current spur tracks and identify design issues <br />related to using the spur for LRT. Additionally, Kimley-Horn will identify other possible <br />technologies for use of the spur including fixed guideway bus rapid transit (BRT) systems which <br />can run both on exclusive concrete guideways constructed within railroad right of way and on <br />surface streets. This bus fixed guideway system is flexible and does not necessarily require <br />railroad right of way. In Eugene, Oregon, for example this type of fixed guideway system <br />operates within the median of arterial streets. <br /> <br />Kimley-Horn engineers and other team members will develop preliminary concept plans for LRT <br />and BRT access between downtown, CalTrain, Seaport Boulevard, and other parts of the plan <br />area. The preliminary concepts will address physical and operational feasibility, provide order- <br />of-magnitude capital and operation cost estimates, and identify potential ridership for a cost- <br />benefit analysis. <br /> <br />Deliverable: Technical memorandum on fixed guideway options and feasibility analysis. <br /> <br />6. FEASIBILITY ANALYSIS OF SOLUTIONS PACKAGE <br /> <br />Narrowing down the list of solutions presented in the solutions catalog will lead to a feasibility <br />analysis of two potential solutions "packages". The feasibility analysis will examine geometric, <br />physical, operational, and cost feasibility of each solution. Two packages will be developed that <br />allow mixing and matching of various complementary solutions to be selected by the TAC. As <br />stated above, the solution packages will be combinations of physical, operational, policy, and <br />marketing. The Kimley-Horn team will estimate the effectiveness of each package in terms of <br />reducing automobile trips, targeted for each land use type and travel group. <br /> <br />To aid in understanding and selecting a package of solutions, the Kimley-Horn team will <br />summarize the findings of the feasibility analysis in a matrix format. The matrix will compare <br /> <br />Redwood City Bay Front Transportation Options Study February f 9, 2002 <br />Scope of Work Page 3 <br /> <br /> <br />