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Hi all,
I've recently started a small layout using an interesting storage idea. Check out my layout at: It's a shelf layout made with 3 sections 2 being stored above when the layout is not in use. It's early on in the building planning and running of trains. Yes I said planning. While I have planned some elements, I am leaving other things open because either I don't have the info I need yet or I have no idea what I want. The main revelation for me was just starting. It seems that layout design is a whole bunch of compromises that make up some sort of whole. Ken |
Hello Ken --
Thanks for the link to your site. Some interesting work you're doing there -- I hope to see more on what you come up with. Your notes on getting started and keeping the momentum going are very telling. With all these layout design discussion groups -- and even with my own recent posts about fire insurance maps and research- related stuff -- it seems like a lot of us, me included, are spending a lot of time planning and perhaps not as much time actually doing stuff. At least I feel that way from time to time about my own projects. I'd be interested in hearing more about your benchwork. How's it holding up? About how much does each section weigh right now, and are you finding them harder to handle as you get more and more stuff (scenery and structures) on them? I'm also interested to hear how your approach to tracks crossing the gaps is working out. I'm going to be running into the same issue on my own layout and I thought of using the same approach -- careful track laying and fine cuts to separate the rails at the section joints. I was thinking, though, that you'd need more physical support for the rails at this point, particularly for a small layout or small sections that may travel around a bit. I saw some time ago in a British magazine a system for supporting and adjusting rails at such gaps. If I recall correctly, the author soldered small threaded rods to the bottom of the rails. The rods were fed through holes in the roadbed and small nuts were threaded onto the rods. The nuts could then be used to adjust and set the vertical alignment of the rails. Apparently this was needed as the modules the author was working with travelled quite a bit and such fine-tuning was needed at each setup. Seemed a bit like overkill to me, though. Thanks again for posting your site to the list -- keep us updated on your progress! Thanks -- Jon jonp@... --- In small-layout-design@y..., kensipel@y... wrote: Hi all,idea. Check out my layout at:the layout is not in use. It's early on in the building planning andhave the info I need yet or I have no idea what I want. The mainrevelation for me was just starting.make up some sort of whole. |
Jon,
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A variation on the 'threaded rods to the bottom of the rails' trick is to screw a tiny brass screw underneath the end of the rail then solder the rail to it (leaving enough room for rail joiners if your using them). All these ideas take care of side to side movement, but not back and forth. The gap between the rails seems to have gotten bigger between my modules. The modules are holding up just fine. I would love to know how much each module weighs, I'll look into that. Ken --- In small-layout-design@y..., jonp@b... wrote:
Hello Ken -- |
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