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This new electrically powered, double-track rail line would move people and freight at least 110 miles per hour and avoid all grade and river traffic interruptions.
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The existing Cascades trains are capable of 110 mph if the tracks and signals support it. While Oregon lawmakers/politicians would like new trains on new ROW, what's so wrong with the existing ROW that can be fixed cheaper.
WSDOT already has a long range to increase speeds of the Cascades trains that will only cost $6.5 Billion in 2006 dollars by 2023. I'm sure with Obama in the White House that this schedule could be quicken considerably.
http://www.wsdot.wa.gov/NR/rdonlyres/AE6...F31/0/LongRangePlanforAmtrakCascades.pdf
Destination...............1994..2003..2023
Portland to Seattle.....3:55..3:30..2:30
Seattle to Vancouver...N/A..3:55..2:37
Vancouver to Portland..N/A..N/A..5:22
It's 187 rail miles between Seattle and Portland. In 1994, the trains
averaged 47.7 mph. In 2003, 53.4 mph. In 2023, 74.8 mph. WSDOT plan consists of eliminating most slow order sections of tracks.
Improvements identified by WSDOT and cooperating agencies and organizations include:
�� Upgrading grade crossings to ensure safe passage of trains, vehicles and pedestrians;
�� Increasing speeds to improve corridor capacity and travel times;
�� Enhancing train control signals to improve corridor capacity, increase train speeds, and enhance safety;
�� Purchasing new passenger train equipment to operate along the corridor to increase frequencies and decrease travel time;
�� Improving stations and their ability to serve neighboring communities and to provide connections to other modes of travel; and
�� Upgrading tracks and facilities to relieve congestion, improve ride quality and safety, increase train speeds, and improve corridor capacity. In addition to these improvements, WSDOT intends to continue to actively market the program to the public, and work closely with Amtrak to ensure that day-to-day operations meet customer expectations.
It is important to note that no long-term financial commitments have yet been made by any of the various funding entities that are described in this plan. However, this long-range plan assumes that the major capital construction projects that are needed to support expanded Amtrak Cascades service in the Pacific Northwest will be funded in the following manner:
�� Projects necessary to provide faster, more frequent Amtrak Cascades service between downtown Portland, OR and the Columbia River will be funded by the State of Oregon, with potential funding coming from the federal government and Amtrak.
�� Projects necessary to increase the level of Sounder commuter rail service in the central Puget Sound region will be funded by Sound Transit and the federal government.
�� Projects necessary to provide faster, more frequent Amtrak Cascades service between the Columbia River and the Canadian border will be funded by the State of Washington, with potential funding coming from the federal government and Amtrak.
�� Projects necessary to improve Amtrak Cascades service in British Columbia will be funded by the province of British Columbia, the Canadian federal government, and regional transportation agencies.
�� Train sets and locomotives will be funded by the States of Oregon and Washington, with additional funds provided by Amtrak and the federal government.
�� The Seattle Maintenance Facility will be funded by Amtrak, the federal government, the State of Washington, and Sound Transit.
�� Station improvements will be funded jointly by local jurisdictions, regional, state and provincial governments, and the federal governments of the U.S. and Canada.
�� The new rail bridge across the Columbia River will be funded by the railroads, the States of Washington and Oregon, and the federal government.
�� Projects that provide a direct benefit to the BNSF Railway Company will be funded by the railroad.
Revised Cost Comparison Associated with High-Speed Ground Transportation
Technology Type of Corridor Estimated Cost*
Tilt and Conventional Trains (90 to 110 mph)Existing Rail Right-of-Way $1 to $5 million/mile
Tilt and Conventional Trains (up to 125 mph) Existing Rail Right-of-Way $3 to $7.5 million/mile
Tilt and Conventional Trains New Corridor $10 to $45 million/mile
Maglev New Corridor $20 to $50 million/mile
*In 1997 dollars (Note Pacific NW construction costs are significantly higher than the National average)
74.8 mph average speeds is as good as Amtrak's Acela trains running on the NE Corridor. Between Boston and New York City, where Acela reaches its highest speeds of 150 mph, it averages only 62.85 mph.
Assumptions: Boston to New York City is 220 rail miles. Amtrak's schedule reads 3 hours and 30 minutes.
I believe WSDOT has a good plan worth implementing at significantly lower costs.