Framingham Wool

 

This image is an ebay find that is one of those scenes that appears quite plain, yet has many of the details that we seek to replicate in our scaled-down worlds. The structure is part of Framingham Wool Company. Interestingly, while Framingham has a history in the industry, my attempts to find info about this specific company proved fruitless. 

There are many interesting details (to me, at least.) The last "inset" at the end of the platform and the one across from the end of the car closest to the photographer's position are doors. The center section has a classic gooseneck lamp over the doorway and sign that probably read, "Freight Office" or "Shipping & Receiving" or some other similar notation. That section presumably contained a freight elevator with the shaft running up to the roof. There is a single, window-mounted air conditioner unit on the third floor, presumably for an office space. The power pole at lower right has great detail, as well. Note how the vertical concrete sections between the windows are deeper by one or two factors for the lower floors. That's a highly realistic structural feature that is missing from many scale buildings.

Morris Abowitz photo

The Soo Line auto car was from groups of cars built in 1937, 1940, and 1942, by Pullman-Standard. They were assigned to series 76000-76198, 76200-76398, 175000-175498, 175500-175698, 175700-175898, and 175900-176498, even numbers only. There is one additional series, 176500-176598, although with my references I cannot confirm that it is identical. Resin Car Works offered HO scale kits for these cars that are currently out of production.

One other random detail is that there is actually a small rail yard visible at upper left, above the roof line. There isn't much to discern, but I could make out New Haven and Cotton Belt box cars.

All in all, a perfectly plain yet rich scene

PRR X32A Build part one

Late last year, the PRR Projects group announced the X32/X33 as the subject of their first half of '25 group build project (after a poll of members.) I'd been wanting to model and X32A, so I jumped at the chance. Based upon my research, I knew there were some things I wanted to address with the Bowser undecorated model that I had. The Bowser Pennsy wagon roof (or "round roof") design cars are exceptionally well-tooled HO scale models. However, they have cast-on details like the ladders, grabs, placard boards, and end brake details.

The underframe also has some issues. The bottom cover plate is incorrect; it should only have one row of rivets with the rivet row centered over bottom flange of crossbearer. The top cover plate is the same shape but offset and is centered over two rows of rivets, as it is riveted through to the flange of the crossbearer as well as the flange of the angle that stiffens the crossbearer. Put another way the bottom and top cover plates are the same size and shape, but if looking straight down, they do not align, as the top cover plate is centered over the main portion of the crossbearer while the bottom cover plate is centered under the flange of the crossbearer (see drawing snippet.) This also ignores that fact that the Bowser underframe members are all "blobs" with no undercut detail.

Notice that the two crossbearer cover plates are not aligned, but are rather offset to be centered based upon what they are riveted to

The cast-on detail of the ends was the other main consideration. The plan was to remove the portion of the Bowser end that has corrugations, ladders, other details, etc. (there is a "ghost" trace line visible that can be used as a guide - see photo below.) and add a Detail Associates 4/5 end section, suitably modified. On the DA end, I’m not wild about the end portion of the ribs adjacent to the corners and rivets also need to be removed, but it is a sufficiently “easy” starting point compared to removing and adding a Red Caboose end (which has weak rib shape anyway) or cutting and splicing Details West ends to arrive at a wider 4/5 end starting with a “narrow” 4/4 end.) Note that the Dreadnaught end on the Bowser X32A has a shorter top rib, similar to the X31, but the prototype X32A had a full-width top rib, like the other eight ribs on the end. While my model shown here used the Detail Associates end, I did go through the exercise of cutting and splicing a Details West end to include in the parts offering (shameless plug alert.)

The end of the Bowser model contains a "ghost" trace line that can be used as a reference for where to scribe a line to be used for snapping out the end section

Removal of the end sections would seem to represent a high hurdle to this kitbash. However, I have a way that I believe makes it a much easier task. By gluing small pieces of strip to the corners, I created "stops" that the steel ruler could rest against, allowing me to scribe straight lines in the precise location needed to facilitate the scribe and snap method. 

Bits of styrene strip, glued on the side of the end that is to be removed, can be used to lay a ruler against for scribing a "snap" line in the styrene. Ruler not shown, but it would rest to the right of the strip bits when used to scribe the line

This image illustrates the end with everything in place to begin to remove the material. A steel ruler placed against the stops (from the top of the end) allows for a straight scribe line

The center portion of the end was removed by cutting in two places from the bottom of the end to the upper horizontal scribe lines, using a Dremel tool with a cutoff disc. The center section was then "snapped" off by pushing it into the carbody along the scribe line and then moving back and forth along the scribe line until it broke free

Cuts were made along the top of the end section using a razor saw. With these cuts completed, the end section is only connected along the adjacent edge shared with the side. Again using a scribe line, the two end sections were gently pushed "into" the carbody along the scribe line and then moved back and forth to free the sections.

This is the end view of the car after removal of most of the end

This is a side view after removal of the end

This illustrates the replacement end panel using a Detail Associates Dreadnaught end, plus many of the various etched metal detail additions

This is the pattern for the end section included in the parts set; this will yield a far nicer outcome than the path I followed with my model 

The new underframe, minus brake levers and rods

The X31/X32 and X33 family used two heavy steel sections for the underframes, with two flanges on top (like an "I" beam and one on the bottom, riveted together on top with a cover plate. This was at a time when industry practice was moving to zee-bar center sills welded along a flange, like the 1932 ARA design box car.

This is a closeup of the brake gear components and some of the underframe detail. 

The underframe is the other major upgrade I made. Due to restrictions of a single piece tooled underframe, the nuances of channels, flanges, etc., cannot be rendered. I wanted to replicate these features, as well as to add a complete set of brake equipment. I scratchbuilt the basic underframe from styrene and then augmented with etchings, as shown. 

I will show more of the detailing and finishing in part two and also point out some fo the things I did not get perfectly correct. Until then...