Significant damage to the line identified last week following Hurricane Irene by an aerial inspection includes up to 40 washout locations, including three washouts each at least a thousand feet long near Sloatsburg, a 400-foot section of track washed out just south of Sloatsburg, significant damage to several railroad bridges and exposure of what had been a subterranean signal cable.
Read More →In all, 380 new cars will replace a fleet that is well beyond its useful life and has been plagued with weather-related component failures this winter resulting in crowded trains and below normal on-time performance.
Read More →The agency also achieved an on-time record of 97.7 percent for the year, the sixth year in a row that trains performed at 97.5 percent on-time or better.
Read More →Involves the replacement of the 100-year-old overhead catenary wires that supply power to trains as well as the reconstruction of five rail bridges in this critical section of the New Haven Line.
Read More →The team of carriers, which was selected through a competitive process, consists of Verizon Wireless, Sprint Nextel, AT&T and T-Mobile.
Read More →Will provide program and project schedule control support services and staff augmentation services for all phases of project design and construction. MTA agencies that are expected to be supported under the contract include MTA New York City Transit, Metro-North Railroad and the MTA Bus Co.
Read More →In all, MNR provided 84,220,427 trips last year with 83,554,482 rides taken aboard its trains, representing a 3.9 percent increase compared to 2007, and includes ridership on the railroad's ferries and buses, which reached 665,945 in 2008, a one-year increase of 9 percent.
Read More →The joint procurement is the latest step in the railroads’ efforts to work together to improve efficiency and customer service and reduce costs.
Read More →If the pilot is successful, Metro-North will determine next steps on the M-8s with ConnDOT and on the M-7s with Long Island Rail Road, which has a large fleet of M-7s.
Read More →Multi-functional process will use sensors, including a camera that will photograph every inch of the New Haven catenary system and transfer those images to a computer that will determine the height, stagger (horizontal deviation of the wire from centerline of the track below it) and contact wear on the underside of the catenary wires to determine any present or potential problems.
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