| Guideways:MAGLEV 2000 guideways will be prefabricated in factories at or
          near the construction site to provide standardization and reduced
          production costs. For high-speed travel, the predominant type
          is an elevated narrow beam or "monorail" guideway,
          a box girder structure measuring approximately 4 X 5 feet and
          72 feet in length. In most cases, the supporting columns would
          probably be poured in place, but a significant portion of these
          could also be prefabricated. Normal height would be 17-22 ft
          above the right-of-way grade although the guideway can be built
          at-grade where safety and security permit. The footings for the
          supporting columns occupy a small space, thus reducing environmental
          disruption, whether in natural surroundings or already built
        up areas.
 The second type of guideway is the planar configuration in
          which the coil panels are laid on a flat guideway structure.
          This allows MAGLEV 2000 vehicles to switch onto or off from the
          main narrow beam guideway without the need for any moving components.
          High-speed electronic switching on the planar guideway enables
          vehicles to stop at off-line stations without slowing traffic
          on the system's main line. Using electronic switching and skip-stop
          scheduling, MAGLEV 2000 vehicles can efficiently serve a wide
          network of many distributed stations without sacrificing short
          travel times. This feature is essential to attracting a large
        ridership for a public transit system. Switching:The M-2000 vehicles travel on the narrow beam guideway over
          most of the route, except when the vehicles switch off the main
          guideway. The vehicle then transitions to the planar guideway,
          which has two lines of independent loops. Depending on which
          line of loops is active, the vehicle will either proceed along
          the main guideway or switch to a secondary guideway that leads
          to an off-line station. The switching process is carried out
          at full speed, e.g., 300 mph.
 Switching at high speeds allows high average vehicle speed, because
          the vehicles do not have to slow down to switch off the guideway.
          Moreover, high average speed is possible even if the distance
          between maglev stations is short. The M-2000 vehicles employ
          a "skip-stop" service, in which the vehicle bypasses
          most of the stations on the route, only switching off line to
          stop at scheduled stations.
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