Improving rail safety in New York

If you're new here, you may want to subscribe to my RSS feed. Thanks for visiting!

Rairoad Safety - New York StateIn the wake of several recent accidents, the federal government today is launching a rail inspection project to check nearly 1,300 miles of track across New York State for flaws that might lead to a train derailment among other new measures designed to improve rail safety in the wake of several recent accidents, Joseph H. Boardman, the Administrator of the Federal Railroad Administration (FRA) announced during a visit to Albany.

“A safe railroad begins with safe track, but it doesn’t end there,” Administrator Boardman said. “Railroads needs to embrace a ‘culture of safety’ and find new ways to prevent the kind of accidents that have disrupted lives and commerce and shaken our confidence in the safety of tracks,” he stated before climbing aboard a federal track inspection vehicle called the T-16 to observe an inspection of track from Albany to Schenectady.

Boardman explained that during the next two days the T-16 will inspect the heavily used CSX tracks from Albany to Buffalo, including the lines to Niagara Falls and to Ripley at the Pennsylvania border. The itinerary will take the T-16 through Oneida, Rochester, and Cheektowaga where major derailments have occurred in recent days and months. The inspection will measure whether the two track rails are level and if the width between the rails is acceptable to avoid derailments.

The Administrator added that last month he directed another federal track inspection vehicle, known as the T-18, be used on CSX tracks in New York. The T-18 will inspect for weaknesses in the track structure such as bad crossties or poor connections between the rail and crosstie that could cause the rails to dangerously widen when a train rolls over that section of track.

And, in order to build a baseline for evaluating a railroad’s ‘culture of safety’, the FRA will begin a quality assessment of the CSX rail inspection program, starting in New York and then extending it to their entire network. Boardman said he is interested in learning what criteria CSX uses to determine how frequently the company inspects its own tracks beyond current federal requirements, if track improvement decisions are made differently when a line has hazardous material or passenger rail traffic, and how track problems are identified and resolved including the use of technology to find flaws. The results of this risk reduction approach will be used to guide similar FRA evaluations of other railroads, he added.

Boardman also said that he met with CSX senior executives to discuss the railroad’s recent safety record and the results of a focused inspection on CSX property conducted in January. In addition, FRA is performing a safety review of railroad bridges in western New York.

Tags: dot, fra, rail safety, railroads, trains, new york, albany, buffalo, oneida

If you enjoyed this post, make sure you subscribe to my RSS feed!

Links rail commuters will love

Dallas Forth Worth TrainsAmerican rail links are quite useful if you plan on boarding these extensive networks to save on fuel while circumventing the urban gridlocks.

There are other smaller rail networks but these are the most widely used, across the United States:

  • Metrolink - Premier regional rail system, including commuter and other passenger services, linking the Greater Los Angeles Area communities to employment and activity centers.
  • Coaster - North San Diego County transit authority.
  • Sounder - Created by the Washington state legislature to build a mass transit system that connects regional employment and population centers in King, Pierce and Snohomish counties, in the Seattle and Bellevue areas.
  • Altamont EmployeeVirginia Railway Express (VRE) - Connecting major Northern Virgina cities like Fairfax to the bustling Washington DC downtown.
  • Metra - Northeast Illinois’ commuter rail system connecting Chicago to most neighboring communities.
  • Trinity Railway Express - Commuter rail service between Fort Worth and Dallas.
  • Caltrain - Serving the San Francisco and San Jose areas.
  • Alaska Railroad - Alaska’s unique railroad system which is also heavily geared towards tourism.
  • Northern Indiana Commuter Transportation District (NICTD) - Vital commuter link between the growing city of Gary, Indiana and it’s huge neighbor, Chicago.
  • West Coast Express - Providing service to the communities of the Northeast sector, this is Vancouver’s efficient commuter rail service.
  • Altamont Commuter Express (ACE) - Californian rail transit authority serving many cities, namely Stockton, Fremont, Pleasanton, Livermore, San Jose and Santa Clara.

Seattle Train PassengersSeattle TrainMillions of commuters use these train services daily but let’s not forget about the commercial transporters who will appreciate the fact that commuters aren’t the only ones appreciating the rail system. In fact, the intermodal offerings (truck loads easily transfered to train cargo and then back to truck loadable units) are constantly expanding to make a more diversified use of the rails.

Heavy loads aren’t really an issue when using the mighty rail so if you’re looking to move freight around the major US metro areas, you should your local train transit provider about the intermodal possibilities.

Tags: train, commuters, rail networks, transit authorities, us metro areas

If you enjoyed this post, make sure you subscribe to my RSS feed!

Taking the Swedish FlyWay

SwedeTrack System is a public Swedish company which has designed the FlyWay, a technically advanced system for automatically controlled beamcarried traffic, for transportation of people and goods.

This suspended rail system allegedly has many practical uses for the masses that must commute in cities flooded with cars from the urban sprawl.

To better understand the use of a FlyWay, the SwedeTrack people have provided some background insight:


SwedeTrack has in detail studied how a good transportation system for people and for goods should function, and what attributes it should have, in order to be of optimal use in an urban environmenet.

The cheapest and quickest way to produce a functioning system is by further development of the “SIPEM” system developed by Siemens in Germany. We at SwedeTrack have chosen to call this complete system of ours for “FLYWAY”

Since Siemens has chosen to no longer promote its own system, SwedeTrack has developed this by itself. Thus, FLYWAY is a genuinely Swedish project.

The details that distinguish “FLYWAY”® from other existing and proposed systems are:

  • the beamcars can be equipped with lifts
  • the beamcars can be equipped with swiveling functions
  • the system is designed for scheduled transports, individual transports and transportation of goods, intermixed
  • the system has computer-controlled functions that allow the size and complexity of the network to grow indefinitely
  • the system uses addressing functions based on that of the Internet

Since February 2004, SwedeTrack System Inc. is a public company and offers shares (Swedish only) to interested parties.

The inventors of this engaging urban transportation system have also caught our attention with this statement: “To steal ideas from one person is plagiarism; to steal from many is research.” — in our view, when two distinct ideas meet for the first time, they inevitably give way to a third idea which is, by its very nature, something new.

On a lighter note, the term “FlyWay” is presented as a registered trademark but our search at the USPTO yielded no relevant results. Perhaps it’s registered in Sweden.

Tags: sweden, swedish flyway, swedetrack, suspended rail, mass transit, alternative transport, europe

If you enjoyed this post, make sure you subscribe to my RSS feed!

Say hello to the MiniMetro - a modern urban transport solution

You’ve heard about the metro, especially if you live in a densely populated western city. But what about the MiniMetro? Is the concept new to you?

Well, a European company called Leitner has developed an innovative MiniMetro solution for conveying less considerable number of people in an unmanned capsule moving on fixed rails.

In their own words, the MiniMetro is dubbed an “Intelligent people mover systems for local transport services”.

Defined as a “light rail system” for its agility, space efficiency and easy integration within the urban context, the Minimetro constitutes the most appropriate solution for predominantly historic cities where a “regular” metro system is impractical. Furthermore, the MiniMetro can be setup to link less populated areas with the main metro lines.

Here’s a comprehensive description of the MiniMetro system:


“LEITNER has developed an intelligent solution for local public transport services – the MiniMetro®, an automatic people mover for short and medium-distance operations.

This APM is designed for use as the primary means of transport in towns and small cities and as a transit system for park+ride services or links to busy locations like shopping centers, universities or interchanges.

The LEITNER MiniMetro® offers outstanding flexibility for integration within the urban infrastructure. The compact design of the cars means a minimum footprint for the system as a whole and optimum harmony with existing buildings and structures.

The APM technology also handles demanding routing requirements, with such features as a 12% hill-climbing capability, and the availability of overhead guideways or underground sections.

The APM operates with its own guideway and is available in two versions – with the cars permanently attached to the haul rope or with cars that detach automatically.”

Here’s how the Minimetro works, technically:

The Minimetro system usually consists of 25 cars accommodating up to 50 passengers each. The cars run on rubber wheels along a pair of steel tracks.

The cars are not self-propelled. Instead, they are hooked for traction to a steel chain rope that is driven by an electric motor. In addition, because the cars run on rubber wheels, the system’s noise level is below normal environmental values.

The cars move in sequence at a frequency of under a minute and for this reason, the system is labelled as “semi-continuous”.

When a MiniMetro car reaches the end of the line, it is rotated by an inversion platform so that it can resume its run in the opposite direction.

Leitner also offers like-minded transport solutions, such as:

  • Aerial tramways
  • Funicular ropeways
  • Bicable and tricable ropeways
  • Gondola ropeways
  • Pulse gondola ropeways
  • Detachable chairlifts
  • Fixed-grip chairlifts
  • Surface lifts
  • Inclined lifts

Other companies operated by the Leitner Group include Prinoth for snowgroomers and Leitwind for directdrive and high efficiency wind turbines.

Tags: minimetro, leitner, prinoth, leitwind, wind turbines, aerial tramways, transportation alternatives

If you enjoyed this post, make sure you subscribe to my RSS feed!