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You can really bring it more to life by adding some highway signs. Speed limit signs and "No U-Turn, Official Use Only" for that break in the Jersey barrier. Maybe even an overhead green upcoming exit sign for the area you are modeling.
Interesting. Learned something new. First thought was "signal shunt", but it didn't look like any shunt I ever worked on 40 years ago, plus I had only seen these on third-rail heavy commuter operations. Apparently these low-impedance shunts are necessary because of the data imposed on the circuit. DC signalling doesn't care (much) about impedance.
Developing a "what-I-did" web article to put operating front couplers on N-Scale steam.The MT 905 z-scale coupler won't uncouple magnetically and is afflicted with "bobbleheading" while switching.The McHenry can be adapted to the MT 905 coupler box:That is a Bachmann coupler spring on the coupler. Lost the original and wanted to see if the Bachmann would fit.
Interesting. The usual derrigatory name used for the behavior of MTL couplers is "slinky", since that is exactly what a string of cars looks like when it is moving. But i guess that "bobbleheading" works too.I'm not a fan of the size and appearance of the extra-yooge McHenry or the even-larger Bachmann "boxing glove" coupler. But if you can't stand the "slinky" effect, then the I guess the appearance takes a back seat to functionality. I wonder why haven't you done this using the Accumate coupler? While it looks funky to me, at least its size is more reasonable (similar to MTL N scale coupler)..
Having spent a lot of time on and in the DC Metro system I recognize the third rail insulator, but that thing is wired to the web of the main rail, not the third rail. Plus its got angle iron on both sides to protect the joint. Could also be a signal system component.
I guess you guys didn't read the photo caption or the info provided in the link below the photo.https://ggwash.org/view/4412/how-track-circuits-detect-and-protect-trains