Clearing Up a Misperception

Santa Fe Caswell design GS gondola ATSF 171033 from class Ga- 5, Reading Yards, Rutherford, Pennsylvania,  June 19. 1947, Bob Charles Collection, Kalmbach Memorial Library 

There is a perception that GS gondolas (GS = "An Open Top Car, having fixed sides and ends and drop bottom, consisting of doors hinged at center sills to dump outside of rails," per the Official Railway Equipment Register) were West Coast cars and if you model the Northeast, Southeast, mid-Atlantic, etc., you don't have need for these on your layout*. I understand that notion. However, it is not correct. Granted, if you model western Massachusetts, for example, you should not have a gondola fleet comprised of 50% GS gons. That said, in a roster of solid bottom ("GB") gondolas, you could and would see GS gondolas from a variety of roads and should have a few in your fleet to mix into operating sessions. I have included some photos of GS gons in locales that support my contention (one shared by Richard Hendrickson and that I discussed with him on more than one occasion.)

C&EI 90108 was also of Caswell design, although it had received steel sheathing in place of the wood by the time it was photographed on February 10, 1952 in Columbus, Ohio, by Col. Chet McCoid. The doors were held in the "up" position using Wine door locks. Bob's Photo

Numerous fine models of GS gons have been offered over the years in both styrene and resin. The reason for and timing of this post is that I am working on a new pilot model for a styrene offering that one, is a GS-type gon like described in the previous paragraph, e.g. "western" GS gon, and two, is a fine example of contemporary HO scale technology, with fine tooling and separate details. Stay tuned for more about this model in the coming days...

Chicago & Illinois Western 1247 (ex-IC gon) was photographed in Aberdeen, North Carolina on October 30, 1951 by Col. Chet McCoid. Bob's Photo

The Burlington had a large fleet of composite GS gons that employed composite, Murphy or Dreadnaught ends. They also used Wine door locks. Note that there were not doors in all locations; from left, panels 2 and 4 had doors in the corresponding floor locations. Reading Yards, Rutherford, Pennsylvania, August 24, 1947, Bob Charles Collection, Kalmbach Memorial Library

*one caveat is that I am referring to and advocating for GS gons of the upper Midwest, Northwest, Mountain West, Southwest and West Coast; if you model western Massachusetts as the example I cited, you would quite likely see GS gons from the B&M, MEC or CN, as well, as they (and not too many other Eastern roads) did have modest fleets of GS gons 

Interesting Armour Refrigerator Line Car Detail

ca. 1936, San Francisco, courtesy Bill Welch

Armour had a sizable fleet of refrigerator cars for the transportation of meat (in different stages of processing.) There were many cars like the one shown above, with steel center sill underframes with truss rods or pressed steel crossmembers. Armour also leased cars from Mather to augment the fleet and in the late 1940s, Armour added 2,000 all steel cars from AC&F to begin the shift to more contemporary design standards.

However, the purpose of this post is to highlight an unusual detail of these 11000-series cars. All of the other Armour wood reefers were equipped with typical sill steps that were attached to the bottom of the side and extended straight down from there although the right step usually had two rungs, like that shown here.) The rather interesting detail on the cars in the 11000 series is that they had two sharp 90 degree bends to nest around the bottom of the lower corner strap angle and side sheathing, as well as the common half twist, as can be seen. Crops of both sill steps are shown below to illustrate this feature. Yet another nuance to add to your Sunshine Models kit when you build it... 

Something a Little (maybe not so little) Different

 

Al Armitage photo, Ron Morse Collection

One of the nice things about Springfield is catching up with friends.  I had a chance to see Scott Kritzky and Terry Van Winkle. Awhile back, I had offered mostly encouragement, but also a bit of prototype reference material to Scott for one of his projects. He shared the fruits of his labor with me at Springfield. He and Terry have produced a beautiful set of O scale ends for the Southern's 'SU' thirty-six foot truss rod box cars. Having them eliminates the most difficult obstacle to modeling one of these numerous cars. Well done and I can't wait to see what they conjure up next, perhaps even in a smaller size... maybe 1:87.1?!

Some of these cars also enjoyed a renaissance on the Lancaster & Chester in the postwar years

All blemishes, smudges, scratches, etc., are my fault entirely and not a reflection of the quality of these parts!

Frisco Double Sheathed Auto Cars

"Heading Down Winding Stair," Frisco 1332 pulling a 35-car freight train down the south side of Winding Stair Mountain near Talihina, Oklahoma, June, 1948, George Preston photo posted February 8, 2025 by Richard Crabtree on the Facebook group: Frisco Rails Across Oklahoma. Note that the car side appears smooth, but there are no notations of steel-sided cars in this group, meaning this would be double sheathed siding

By the Transition Era, double sheathed auto cars were very much a rarity, with the Rio Grande's 50-footers being the most obvious exception. Another interesting example making it into the Transition Era was the Frisco's 40-foot prototype built by American Car & Foundry before World War One and improved over the years. I saw the photo included above on the Facebook group, Frisco Rails Across Oklahoma, and was immediately curious about the first car behind the tender, as it was clearly not a standard forty-foot auto car. I recalled some chatter about Frisco auto cars on the groups.io Steam Era Freight Cars list (search "SLSF 152203 DS auto car" in messages) from a few years back and searched the archives. I have synthesized and augmented that information below.

Two AC&F builder's photos from Westerfield AC&F CD containing lot listings and builder's photos

"Amphibious DUKW cargo truck being unloaded from one of the hundreds of thousands of freight cars which carried victory cargo to San Francisco Port of Embarkation" from the book Gateway to Victory profiled by John Barry at his blog

Around 1937, the cars were rebuilt to incorporate Dreadnaught steel ends (4/5 square corner on the B end and 3/5 end doors on the A end,) Youngstown corrugated steel doors with Union Duplex fixtures, and "Hutchins Dry Lading Riveted" (trade name for the Murphy rectangular panel roof used on these cars, not to be confused with a Hutchins "Dry Lading" roof, very common in the 1920s.) Also, note that the height was increased by the addition of a side plate section above the existing car side, of undetermined shape, although likely zee bar. This section was further bolstered by diagonal shapes with a triangular opening "inside" the angle formed by the two surfaces they supported. These improvements are shown in the image above.

There were a little over 200 cars still in service in late 1951, at which point they were rapidly retired, with only 96 cars listed in the January, 1953 edition of the Official Railway Equipment Register.

West Bottoms, Kansas City, circa late 1940s

detail from previous photo, showing two of the cars in question

Circling back to my original thought: double sheathed auto cars were rarities in the Transition Era. Modeling such cars in HO scale presents an opportunity to include something different in the fleet. I am at work on completing the effort begun by Bill Welch to create patterns for the 50-foot Rio Grande cars, so that box is nearly checked. These Frisco cars would be a compelling "scratchbash" candidate and a complement to the Rio Grande cars. There are parts out there to address many of the components, although there are issues with most. The roof is easy as there are many options. The side plate and braces (or whatever ids actually is can be scratchbuilt.) The ends are a little more difficult, but can be kitbashed from a variety of sources, but the 3/5 end door A end would require "surgery" of an existing part, either the resin end from Yarmouth or a bash from a Proto2000 car. The doors are also a challenge as Union Duplex fixtures are still not offered for many Youngstown configurations/sizes. The sides could easily be scratchbuilt from Everegreen siding. The underframe would be a complete mystery absent drawings, but who would know what's right and wrong on a model? The center sills are straight, making things a little easier. It would be a fun and very challenging project....

Much of the story was compiled by Eric Lombard and shared on the groups.io list referenced above. There are still gaps in information so any solid leads, photos, etc., that can be shared can be added to this post.

Refrigerator Car Roof Surfaces

Collection of the late J. P. Barger

Having crews work on "bare" roof surfaces presented a seemingly risky endeavor, especially when the surfaces were smooth and wet, such as those on steel-roofed, ice-cooled refrigerator cars. One means to make things a little less perilous was to apply something rough and/or textured mixed with the paint applied to the roof. A common additive was crushed slate granules. This added (and noticeable) texture provided a more sure-footed surface for crews. These two photos illustrate that to good effect. The photo above is the roof of a PFE R-40-20. The texture is quite evident (click on the image to see a larger, more detailed view.) Contrast the surface texture of the roof and most of the hatch cover with the more smooth rectagular-shaped surface in the middle of the Equipco hatch cover (the stencil notes that, "THIS HATCH COVER MAY BE LOCKED FROM INSIDE OF CAR.")

The roof and hatch covers on Santa Fe rebuilt refrigerator car 9161 from class RR-43 are similarly textured.

Santa Fe photo, courtesy of the late Richard Hendrickson

While it may be difficult to effectively capture in HO scale, it is definitely noticeable compared to the other surfaces on the car. Happy modeling!

Coupler boxes, draft gear or whatever you choose to call them

My in progress PRR X41B has been equipped with the new prototype-sized draft gear

Yes, it's been awhile since I last posted, due to a variety of factors including illness, the holidays, work, moving stuff upstate, fostering an elderly pit bull and myriad other things. That doesn't mean I haven't been doing anything, although truth be told, I haven't done as much as I'd like. However, a little over a year ago, I made a pattern for a new scale-sized coupler box. Aren't there many of those already, one might ask? Yes, but none has satisfied my want for something a lot narrower than what the market has offered. [click on any photo to view in a larger format]

Note how narrow the opening is. These will operate down to "small" radius curves, especially if easements are used to form the curves. P.S. - I messed up on my X41B - the stringers should be 2 scale inches closer to the respective side sills; I (mis)located them too close to the center sills and they are "crowding" the middle section of the underframe!

I made a pattern that is essentially the narrowest box that I could create to accommodate the Kadee 158 whisker coupler and still have it be reasonably easy to duplicate via resin casting (and operate, of course!) At least for my wants and needs, I believe I have succeeded. The parts fit inside the boxes of the other scale and semi-scale coupler boxes. The caveat: these are not intended for hands-free magnetic uncoupling. I cannot state that they won't work with magnetic uncoupling tools, but my focus is for operators who use manual uncoupling tools, such as skewers or other similar tools. They do pivot easily and if assembled properly and not overtightened, will self center reliably.

The assembly is held in place with a single 00-80 screw

The draft gear installed on the (in progress) pilot model for the upcoming ATSF Bx-34 box car conversion parts including Duryea underframe

The draft gear for the Duryea underframe extends prototypically far (compared to standard draft gear) beyond the end sills

A third view on the Bx-34 pilot model

These will be available directly from Speedwitch in one dozen pair packs in the near future and if demand warrants, five pair packs, too. Pricing will be announced when these parts are available

Dean's Mill in Coxsackie, New York

 

I have spent a fair amount of time over the past year in the northern Catskills of Greene County, NY, especially the area around Catskill, Athens, and Coxsackie* (cook-sahkee or "cook sake" as in cooking the Japanese wine,) NY. On one of my outings, I passed Railroad Avenue in Coxsackie on my way downtown and decided that sounded like a promising diversion. It was! I came upon the two structures shown herein, the largest being the old feed store and mill, known as Dean's Mill in its last iteration (Dean's Mill the business has moved to East Durham) and the smaller was "Geo. E. Van Vorst."

Coxsackie was on the West Shore Line which was part of several predecessor ventures that ultimately became part of the New York Central. For a brief history, you can visit this wikipedia page. Like much railroad history in the US, there were many players and several busts and acquisitions along the way. There is enough business in Coxsackie to make it an interesting switching layout/diorama or as part of a larger West Shore-themed layout. Gems like these are always worth a stop and I am sharing the images here in the hopes it might spur on someone's modeling efforts. Enjoy!

All images can be viewed in a larger format by clicking on the image

In this historic image, an early iteration of L. Bedell (later Dean's Mill) can be seen behind the station. The tracks are part of the West Shore Line

1920 Sanborn Map Co. Fire Insurance Map, Library of Congress. Note the red arrows pointing to the two structures/businesses that are the subject of this post, L. Bedell (later Dean's Mill) and Geo. E. Van Vorst. The map is oriented with north oriented down and left, as the arrow in the map indicates

This and the following images are of what is Geo. E. Van Vorst on the Sanborn map