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36-Axle O scale Railcar:

 

For those who like "long" railcars this O scale 36-axle Schnabel might be one of the longest O scale models in operation today.  It is the Westinghouse #801. With a "load" attached it is 78 inches long.

 

It takes a while to place all 36 axles on the track!

 

 

 

 

Westinghouse 801 O scale model

Westinghouse 801 schnabel 1

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Originally Posted by WftTrains:

Are you sure that’s a Schnabel car?  I thought that the load itself was the only connection between the two ends of a Schnabel car.

 

Bill

Looks like the load has a jig/carrier that connects to the ends of the car. Perfectly legitimate.

6G2_0034-Version-2

 

Pro Hobby:

 

Did you build that from published drawings or blueprints?

What sized curve can it negotiate?

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Last edited by AGHRMatt

The rails that support the load are considered part of the load.  This is a special case.

 

The manufacturer calls this car a Schnabel.

 

Here is the KRL news release:

  

A newly manufactured Schnabel Car, WECX 801, built by Kasgro Railcar, Newcastle, Pa., is being called the “World’s Largest Railroad Car.” The 231-foot, 400-ton, 36-axle behemoth rises 18 feet above top-of-rail and has a load limit of more than 1,000 tons. It’s larger than its sister car, CEBX 800, which was built by Krupp of Germany in 1980 for ABB for U.S. service.

 

 

This is from Wikipedia:

"A Schnabel car is a specialized type of railroad freight car. It is designed to carry heavy and oversized loads in such a way that the load makes up part of the car. The load is suspended between the two ends of the cars by lifting arms; the lifting arms are connected to an assembly of pivots and frames that distribute the weight of the load and the lifting arm over a large number of wheels."


I always understood that the car's load handling in train forces was what made a car a Schnabel.  But with cars as specialized as these are, you can call them anything you want.

Note to Matt:

 

The model was scratch built from sketches and drawings I made from the overall dimensions of the car and many, many photographs.

 

The main problem with a Schnabel of this size is that the "load" swings out over the rails when negotiating curves.  The prototype car has hydraulic systems to shift the load left and right as well as raising and lowering the load. The prototype car must be stopped and the load shifted continually to clear trackside structures and overhead bridges etc.

 

I have not tested the model to see what minimum curve it could handle.  With the load attached there is a point at which the car is not stable and would tip over.  Without the load attached it could probably handle O-72 curves.

 

 Note: I have produced a CD which shows how this model was designed and how it was assembled. Search Ebay for the article "How to build a Westinghouse WECX 801 Schnabel Railcar"

The two halves of the WECX 801 can be connected using a special "drawbar" when it is moved without a load attached.  The supporting rails are carried on a separate flatcar when not used.

 

I have made a "drawbar" which is used to connect the two halves of the car when a load is not connected.  I also have made a model of a Greenbrier 89 foot flatcar which I use to carry the rails when not in use.

 

Note: There is an excellent video on Youtube showing both Westinghouse Schnabels being transported. I used this video to examine some of the details of construction.

 

Attached is a photo of my model without a load installed.

 

 

100_5237

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