Intermodal Containers: All You Need to Know
Standardized cargo containers, commonly called "intermodal containers," are designed to be loaded and unloaded using any of three
Standardized cargo containers, commonly called "intermodal containers," are designed to be loaded and unloaded using any of three
RailRunner alleviates this conundrum by allowing 40 ft RailRunner aluminum containers to be filled at traditional transfer stations, payload while meeting over-the-road weight standards.
We were a pioneer in the use of intermodal transportation and are still the rail industry leader. Once called "piggyback," this type of transportation involves freight in trailers or containers that
Rail intermodal combines shipping containers and truck trailers transported by rail, often with truck or water transport at terminals. It efficiently moves various goods, including retail products,
Invented in the United States in 1984, it is now being used for nearly 70% of United States intermodal shipments. Using double stack technology, a freight train of a given length can
One of the first lines to try out this new type of freight, moving either trailers or containers, was the Pennsylvania Railroad. The service was pretty straightforward as it
Double-stacking rail services were first introduced in North America in 1984, multiplying the productivity of inland container transportation. The advantages are obvious since two 40-foot
Ever wondered about those giant metal boxes stacked high at ports and train yards? Those are the workhorses of global shipping – 40-foot containers!
OverviewHistorySizes and clearancesStacking containersDwarf containersWeightsOperations
Double-stack rail transport is a form of intermodal freight transport in which railroad cars carry two layers of intermodal containers. Invented in the United States in 1984, it is now being used for nearly 70% of United States intermodal shipments. Using double stack technology, a freight train of a given length can carry roughly twice as many containers, sharply reducing transport costs per c
Ever wondered about those giant metal boxes stacked high at ports and train yards? Those are the workhorses of global shipping – 40-foot containers!
Rail intermodal combines shipping containers and truck trailers transported by rail, often with truck or water transport at terminals. It efficiently moves
Standardized cargo containers, commonly called "intermodal containers," are designed to be loaded and unloaded using any of three different modes of transportation:
Double-stacking rail services were first introduced in North America in 1984, multiplying the productivity of inland container transportation. The
Controlling weight, both total train and platform by platform, is necessary for a stacked container train operation whereas it is not as important in single tier or conventional COFC/TOFC.
The most common are 5-unit, 40-foot articulated railcars for carrying 20-foot, 40-foot, and 45-foot international containers, and 3-unit, 53-foot articulated railcars for transporting 53-foot containers.
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In short, every cost component of a container train and its operation has been reduced by the stacked container car system. This equipment has now been in service for almost 2 years. On March 30, 1984, the first APL stacked con tainer train ran from Los Angeles to Chicago.
An intermodal railcar having wells between its trucks (wheel assemblies) that hold freight containers are referred to as "three-packs" or "five-packs" depending on the number of wells. The containers can be double-stacked, which means up to 10 containers can be carried on one railcar. Containers on well cars can be 20, 40 or 53 feet in length.
Containers on well cars can be 20, 40 or 53 feet in length. The 20 and 40 foot containers are referred to as steamship containers for international traffic while the 53 foot containers are typically for domestic freight. A small mounted device at the end of the train performs some important functions.
For railroads, the widespread use of the container began in the 1980s. However, at first they found it rather difficult to transport because there was no specialized car to handle the equipment requiring the use of traditional flatcars. The biggest problems railroads faced with this setup were the inefficiencies the car provided.