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Hi all,

I’m in the process of rebuilding my layout I started last October to a 6x16. The extra 2’ in width from 4’ now gives me the option for 3 loops with long sidings. I’ve learned from my mistakes and figured it be easier to change now then complete the plan I had. This forum has been extremely helpful in me realizing what I didn’t know when I started. I’ll be picking up the benchwork extension from Mianne in a couple days. My first mistake was using 2” foam board instead of plywood. The pic is my initial design from Anyrail. I may elevate the outer loop, not sure yet. Another mistake I made (in my opinion) was ballasting fastrack. It just doesn’t look as good against the molded roadbed vs. other track without it. Also, what a pain in having to remove it!

Thank you for all the continuing knowledge in this forum.

Gene

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Last edited by Genemed
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Pic with AnyRail design did not show up; would also help if you posted AnyRail file.  Can't say for sure if your lone 180w 10 amp power supply will be enough; kind of depends on engines you will be running and whether or not any cars are lighted / will be drawing power for other reasons (sound, smoke, etc.).  Also, will switches be drawing track power or separately powered?

Chuck

Last edited by PRR1950

Are you sure you'll be happy with it 3 yrs from now as essentially you are just running loops with very limited switching options and no ability to change direction.  Frequently, folks can live without a way to change direction but without switching options grow bored.  However, if you enjoy running loops than by all means go for it! 

I would suggest changing the design of your bottom siding.  Use the curved section of a LH switch as the last curved piece and enter the siding on the straight section of the switch.  You'll gain 2 feet in length to the siding and avoid a S-curve.

-Greg

Sure, track power will work for track switches, but adjustments to the throttle will affect track power (and thus the speed of the locos) and also the performance of the switches.  If you intend to install TMCC, then 18 volts will be constantly directed to all the rails and switches. The switches would work fine with just 14v connected to them. Further, by providing a separate power source to the switches you "give back" some electrical headroom from a 180-watt "brick" to the locos and operating accessories.

Many hobbyists add bigger and power-thirsty loco to their collection as time goes forward; in which case consider placing a second 180-watt "brick" in the track circuit then, if not sooner, to provide twice the wattage for locos. Lionel makes a wiring connector for that purpose.

I "second the motion" of the responder who suggested adding a reversing loop. Watching trains running in circles may soon become monotonous and boring.

Carry on,  regardless ...

Mike Mottler    LCCA 12394

Last edited by Mike H Mottler
@Greg Houser posted:

Also, the way you have the sidings on your inside loop means that one will be a facing point siding meaning the engine will enter it going forward, instead of reverse.   Just pointing it out in case that matters.

-Greg

Excellent idea on using the 060 curve part of switch, I didn’t think of that. Would it be like using the curve of the switch on the inner loops? The trains will run clockwise on the inner and outer loop and counterclockwise on the middle using the top siding.
I like the ideas of reversing direction but not sure how to design it into my plan and still keep the sidings.

Thanks Greg and all for your input.

Gene

I would also be concerned about single directional running. Here’s my limited but ongoing experience.

I have a 6 x 16 layout (similar to your space) that narrows to 4 ft wide in the middle to accommodate a future control board and operator space. My initial track config was nested 054 and 042 loops with one reversing loop, several spurs for accessories and a long trolley line. The main loops were connected to each other at one point. I could run two trains simultaneously. If running one train it could change directions once without reversing. I posted it on the forum and asked for opinions.  Someone suggested I might lose interest in watching two trains loop around continuously. I agreed so I made major changes.

Attached are pictures of the current config. It now has two nested loops that converge at one point and a long passing siding. There are two reversing loops. Only one train can run at a time but it can go anywhere in any direction without reversing. I can store one train while running another and switch them out using the sidings. Running is interesting and fun but can be pretty harrowing at times. Definitely not boring.

I don’t know if this is the final layout, probably not. I want to build mountains, tunnels and bridges at some point. The wiring stays on the table top until I decide. B6DE17C3-BF76-470F-BA5C-0213255E3C90348F82D1-B9AE-4988-81B1-5785203764DA

@MarkVB posted:

I would also be concerned about single directional running. Here’s my limited but ongoing experience.

I have a 6 x 16 layout (similar to your space) that narrows to 4 ft wide in the middle to accommodate a future control board and operator space. My initial track config was nested 054 and 042 loops with one reversing loop, several spurs for accessories and a long trolley line. The main loops were connected to each other at one point. I could run two trains simultaneously. If running one train it could change directions once without reversing. I posted it on the forum and asked for opinions.  Someone suggested I might lose interest in watching two trains loop around continuously. I agreed so I made major changes.

Attached are pictures of the current config. It now has two nested loops that converge at one point and a long passing siding. There are two reversing loops. Only one train can run at a time but it can go anywhere in any direction without reversing. I can store one train while running another and switch them out using the sidings. Running is interesting and fun but can be pretty harrowing at times. Definitely not boring.

I don’t know if this is the final layout, probably not. I want to build mountains, tunnels and bridges at some point. The wiring stays on the table top until I decide. B6DE17C3-BF76-470F-BA5C-0213255E3C90348F82D1-B9AE-4988-81B1-5785203764DA

I’m interested to see but there’s no image. Other than the size, I’m open to any suggestions.

I installed the benchwork extension yesterday and stained it today. After the excellent info about train reversing, I’ve been searching the forum for any ideas on how to make a 3 loop with reversing and lots of action. I found a 4x16 design by Ken from 2017 that I uploaded to my AnyRail file and did copy and paste within my 060 loop. I had to modify it a bit, but I shouldn’t get bored with the design. There seems to be a lot going on with some future options. Thanks to all and Ken (if you get to see this post).

GeneC223C95A-D7FF-4FF0-8AD4-8FF5C7AD7A1D8D8E4BD7-A633-4A90-A80A-A7B85C25597B8F1D91CC-CFD5-4566-9D27-989BEB4098B8

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Rebuild update: painted the plywood and installed track. I should be getting 2 sets of graduated trestles today for the outer loop. I’ll be using the 1/4” shim method I learned about here under every other base. Also installed a panel I made for the Woodland Scenics lighting. I think it should be easier and neater than the mishmash of wires I had on the last layout.

Gene9ACACDA5-2192-4FEF-A4B5-EA5A22B874CEAA3D2FB6-0573-40EF-8791-1E097A09F8F4

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