I have a garage and a pretty big desert area outside for a potential layout. I was planning on building a HO or On3 shelf layout on the garage but I took my wide to the hobby shop and she discovered garden railroads. She wants me to build one. I am thinking about a a Nevada desert railroad outside either E&P (4-4-0!) or C&C (SPNG) and a shelf switching layout in the garage for the winters, Indoors, I have about 45 feet x 2.5 feet in the garage for a layout.
I have a number of questions:
Is an 8 foot diameter (4 ft R) minimum curve adequate?
What is the minimum track center distance for 1:20.3?
Is a shelf layout doable in 1:20.3? Are there an examples on the web you can refer me to? I am thinking a mining layout using the Bachmann Porters and geared locomotives.
What track is readily available but can be made to look reasonable realistic? I assume that handlaying is possible, are there turnout kits?
It looks like most LGB turnouts are less than a #4 turnout. Are there commercially available larger switches? Are they too big to be practical indoors?
Who makes craftsman kits for structures, especially mine structures, engine houses etc?
What would be the best way of laying track in the high desert- Reno, Nevada?
There are many ways of laying track to directly on the ground or gravel and ballasted to elaborate raised track of PVC ladder systems or wooden trestles and bridges. I would keep an eye out for all the pictures from last week’s National GR convention in Vegas for examples. Also consider contacting the local clubs out your way.
What kind of power are you planing on using? (This will somewhat dictate the types of track available)
Now on with some of the other questions.
If you are staying with 1:20.3 the 8 foot diameter should be fine for most narrow gauge equipment. I would however see if you can manage to maintain a 10 foot diameter minimum just in case something comes along that requires them or your interests change a little.
2.The minimum track center difference will change depending on wether you are on a straight section of a curve. Urban Eagle’s page has useful railroad dimensions in many scales.
I don’t see why not
There are many brands available out there it really depends on what you are looking for. A few companies do offer turn-out kits in the code 250 and 215 rail sizes.
There are larger comercial turn-outs available again size of the turn out will vary by manufacturer. For example an Aristocraft #6 turnout is about 3 feet long.
and 7. Brian answered them pretty well. Getting any advice from someone in your area that has done trackwork will be helpful.
Most of all have fun, this is supposed to be a hobby [:)]
Most of your questions have already been answered fairly adequately, so I’ll just add a few extra comments here and there.
4’ radius is the absolute minimum you’ll want to use. Go larger if you can. While many 1:20 locos will fit around these curves, the larger ones do so with such large overhangs that you won’t be able to put any scenery within 9" of the track. Some large locos cannot fit around these tight curves. Small mining locos and 4-4-0s will have no trouble at all.
For indoors, I’d look at Sunset Valley’s #4 switches. (Code 250) I believe Llagas Creek also makes a #4 switch. The #6 switches look fantastic, but take up a lot of room. The #4s allow you a bit more flexibility in design. Outdoors, the #6 switches are well worth the expense. You won’t regret it.
All the answers provided are excellent…as usual from this fine crowd. All I will add is to reiterate that you can use radius as small as 4’. That’s what I am using, and very likely all I will use. I am modeling a ficticious industrial short line that will use only 4 wheel or very short 8 wheel locos. The Bachmann 45 ton is my largest loco. With what you’ve talked about doing, you should have no problem running whatever you want.
Welcome to Large Scale. The other guys pretty well answered all your questions. The only thing I would add is to emphasize “flex track”. Now this stuff is not quite like the flex available in the smaller scales. In most cases you will need to acquire a rail bender, some of the “lighter weight rail” can be bent by hand but a rail bender will give better control of uniformity to your curves. “Flex” comes in 5, 8, and 10 foot lengths, depending upon manufacturer and weather you go with brass, stainless or even aluminum. You will want to use rail clamps, either Hillmans or Split Jaw, both are excellent and will insure better conductivity and positive alignment of the joint. If you are going to use rail power, as I do, using rail clamps, I have feeder wire such that an engine is not more than 50 feet from a power feed. If you elect to go with battery power than your only concern with the joints will be positive alignment.
If you scan back across some of the older postings you can find several methods of laying track. The method that works well for me is: Dig a trench about 2 inches deep, put down a layer of gardeners fabric, to stop unwanted weeds yet allow for drainage. Next fill the trench with quarter inch minus crushed rock and mound up so the road bed is about an inch above ground level. The fabric under the gravel prevents the gravel from migrating down into the soil, thus keeping a good foundation. Over the gravel another layer of fabric (to prevent weeds) lay the track and then use crusher fines (or chicken grit) as ballast. You will need to experiment with some of the different ways listed in the older posts to find the one that will work best for you.
In the garden there really is no “best” way of doing anything. What is best for me could be the worst possible choice for you, as climate and ground conditions change from area to are