O Scale Trains Magazine Online
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Canadian<br />
Pacific<br />
Icehouse<br />
Tom houle<br />
I like smallish structures. They fit<br />
nicely on my modest O <strong>Scale</strong> layout, and<br />
don’t overpower my locos and rolling<br />
stock. I spotted this CPR icehouse while<br />
searching through an old stack of Model<br />
Railroader magazines. The icehouse ran<br />
as a one-page article titled “CPR Standard<br />
No. 2 Icehouse” in the March, 1978<br />
issue. The article had a prototype drawing<br />
by Harold W. Russell and a few paragraphs<br />
of text ostensibly by the Model<br />
Railroader staff. What caught my eye<br />
was the outside staircase and louvered<br />
cupola details. It was a simple structure<br />
with details that wouldn’t challenge my<br />
scratchbuilding skills. I also had a string<br />
of wood-sided reefers and no icehouse to<br />
service them.<br />
The icing on the cake was its size. The<br />
structure was 40’ long and 32’ deep. In<br />
O <strong>Scale</strong> that’s an 8” x 10” footprint. I had<br />
no idea icehouses were ever built that<br />
small. All the icehouses I’ve ever seen, in<br />
prototype or kit form, were much longer<br />
with elevated platforms that could ice<br />
several cars at a time. Apparently, the<br />
Canadian Pacific saw a need for a single<br />
car icehouse. In any case, this beauty<br />
was perfectly suited for an unoccupied<br />
siding at a bend in my layout.<br />
According to the MR article text, Mr.<br />
Russell drew the structure from 1914<br />
Canadian Pacific drawings. The structure<br />
has four bays, with a total ice capacity<br />
of 318 tons; small as icehouses go. Additional<br />
bays could be added in 12’ increments<br />
to increase icing capacity. MR says<br />
an average reefer needs about five tons<br />
of ice in chunk form. With its 318 ton<br />
capacity, this icehouse is not likely to run<br />
out of ice while servicing the handful of<br />
reefers I operate on my branch line.<br />
Interested? Let’s get started. I like to<br />
gather all of the basswood stock I need<br />
ahead of time. That way, when I’m in<br />
the middle of a sub-assembly at 9:00 at<br />
night, I don’t find myself running out of<br />
critical material before I finish whatever<br />
it is I’m working on. I began construction<br />
with the cupola, as I thought those louvers<br />
might be a bit pesky. I like to get the<br />
pesky stuff out of the way first.<br />
Cupola Construction<br />
I began by breaking out my Northwest<br />
Short Line Chopper and jigging it<br />
to cut 32 louvers for the four sides of the<br />
cupola. The louvers are cut from Evergreen<br />
0.020” x 0.125” styrene strip. The<br />
cupola end louvers are cut 27/32” long.<br />
The cupola side louvers are cut 15/16”<br />
long. As shown in Photos 1 and 2, and<br />
in Figure 1 (see page 17) , the louvers<br />
slide into grooves notched into the 1/16”<br />
x 1/8” louver frames. The whole process<br />
of cutting the grooves, pinning down the<br />
louver frames over the drawing, and then<br />
1<br />
sliding each louver into its set of grooves<br />
is kind of tedious. A pair of tweezers<br />
helped me set the louvers in place. Bear<br />
with it. It’s what we scratchbuilders do,<br />
and you’ll end up with a respectable<br />
looking louvered cupola. Visitors to your<br />
layout might even take a second close<br />
look at your cupola and mutter, “How’d<br />
you do that?”<br />
My inclination when doing this sort of<br />
thing is to throw away a piece if it doesn’t<br />
quite fit and just re-do it. I believe that’s<br />
part of what makes great modelers great.<br />
They aren’t necessarily more talented<br />
than us peons but they are persistent and<br />
willing to toss-and-repeat until they get it<br />
right. A tiny dot of slow-setting CA glue<br />
at the end of each louver will secure the<br />
louvers to the louver frame.<br />
When the louver sub-assemblies were<br />
done, I cut out the cupola sides and<br />
ends from 1/32” basswood sheet. The<br />
louver frames were carefully positioned,<br />
and then glued to the inside faces of the<br />
cupola ends and sides. Before you assem-<br />
2<br />
July/Aug ’06 - O <strong>Scale</strong> <strong>Trains</strong> • 13