See what you’re really modeling: Does this ever happen to you? You’re driving down a street you’ve gone down a hundred times before and you notice a particular house for the first time. “Where the heck did that come from?” you’re wondering. My point is we can look right at things and not really see […]
Read More…
Derailments of the curious kind: Several months ago, my operations chief Gordy Spiering and I were orbiting a couple trains on my N scale layout for a group of visitors and the same boxcar kept derailing at the west end switch in the town of Tehachapi. In a situation like that the show must go […]
Read More…
An N scale loading ramp for Bakersfield: In 1979, Jim FitzGerald, remembered fondly by many of us N scalers as Mr. Ntrak, introduced me to the Tehachapi Loop and its environs, and my model railroading fate was sealed forever. I wrote a remembrance of Jim in the May 2014 Model Railroader for my N Scale […]
Read More…
Tips for Body-mounted couplers on auto racks: When N scale got its start in Europe in the 1960s, its originators conceived it in the tradition of toy trains, with truck-mounted couplers that could negotiate sharp-radius curves. Some N-scalers began switching to body-mounts after Kadee introduced its N scale knuckle coupler in the early 1960s. (Kadee […]
Read More…
Why horseshoe curves work better in N scale: Caliente, Calif., is a little town on the Union Pacific between Bakersfield and Tehachapi. Fans of the railroad’s Tehachapi Pass know Caliente for its horseshoe curve; the rest of the world likely has never heard of it. If you’re modeling Tehachapi Pass, as I am, Caliente will […]
Read More…
A Trinity 3,230-cubic-foot capacity Pressure Differential (PD) covered hopper has joined the Atlas N scale freight car fleet. The newly tooled Master Line model features a plastic body; etched-metal running boards; and many separate, factory-applied parts. Prototype history The 3230 PD covered hopper is based on a design developed by Thrall, which was acquired by […]
Read More…
By Will Everitt An N scale locomotive resource celebrates an anniversary N scalers have questions. How does Athearn’s Big Boy compare to Broadway Limited’s? How can you tell the second run of Kato’s GP38-2 from its first? How do you remove the shell of a Fox Valley GP60M? What’s the (crazy!) production history of Con-Cor’s […]
Read More…
Easier access to sneak track: Like model railroaders in other scales, most of us N-scalers are natural-born cheaters when it comes to layout planning. We set our design parameters, but then we start compromising them. Hey, it won’t hurt if we make this one curve a little tighter, or this aisle just a few inches […]
Read More…
Classic Trains’ series “Diesels that didn’t” explores diesel locomotives that didn’t make it to large-scale production due to a variety of factors. However, some of those diesels made it to mass-production in the scale model world. Let’s take a look at the products offered to those modeling the diesels that didn’t. Electro-Motive Division BL2 HO […]
Read More…
Resurrecting N scale engines: Several years ago I bought a couple Athearn N scale Electro-Motive Division (EMD) F45 locomotives that came with factory-installed Digital Command Control (DCC) sound decoders. I was thrilled. Only two railroads had ordered these big engines, and one was my beloved Santa Fe. (The other was Great Northern, also well-liked.) The […]
Read More…
Tips for N scale figures: The biggest advantage of N scale is its small size. This advantage has been gaining importance ever since N scale first appeared in the late 1960s, and particularly since the 1990s, when N scale came of age. This is because since the 1960s, prototype locomotives and cars have been getting […]
Read More…
On our layouts, ballast is strictly a scenic element. We use the material, whether it’s crushed real rocks, dyed walnut shells, or other material, to simulate the rocks used on full-size railroads. But prototype ballast is far from cosmetic. Among the uses for ballast on the prototype are to prevent track from shifting up and […]
Read More…