The benchwork and grading are complete for Phase 1 and 2 and it is time to begin the trackwork. But, before I begin, I have to make a few decisions on what methods and materials I will be using.
First big decision - I have decided that I really want to build a large layout and to do that I will have to add onto our home. Since that will take some time (money, plans, permits, construction, money), I will work on the trackwork and structures for Phase 1 and 2 for the next few months and then build Phase 3 benchwork and add it onto the existing layout later this summer. This will give plenty to do for the next couple of years as I add structures and scenery into the mix.
In the meantime, I will have plenty of planning to do which will make me as happy as a clam. Look on page 10 of this thread (under the black & white photo of the painters working) for a screen shot of the AutoCAD drawing of one of the versions I'm working on for the expansion - it includes the 1903 version of Union Station in St. Louis - the 1943 version is too darn large to model.
This will also give me a chance to revise Phase 4 of this first part of the layout and enlarge the timber and mining areas of Moosebutt that I crammed into the existing space available in the our sunroom (Rebel will be happy because it will eliminate the 18" walkthru and he won't have to worry about anyone having to "squeeze" thru).
Now it is decision time. I had all these thoughts in the back of my mind (yes Tom, I'm well aware that they are lonesome in there all by themselves) as I designed the layout, but now is the time to finalize all the specifications and purchase what materials will be needed.
Item No. 1 - Track:What do I want to use for the track - flextrack (Dr. Evil's personal favorite) or handlay?
Tom has made a valid argument for the use of flextrack...speed, cost, speed, reliability, speed... and I agree that he is right. But, I have been leaning toward hand laying my own track since I did my first grown-up layout in the mid 80's. I had to scrap it after it was in storage till 2 years ago. See "The St.L&D - Part 1 - The Introduction" for that first attempt. {http://kitforums.com/viewtopic.php?f=20&t=4604} I really enjoyed the process of hand laid track and the look of the finished product.
Decision: I will handlay my track for this project. I will use low profile ties for the branchline, sidings and yard areas and full size ties for the mainline. The tie lenghts will be 8'-0" for sidings, 8'-6" for the branchline and yard and 9'-0" for the mainline. The track will be Micro Engineering code 83 for the mainline and code 70 for the branchline, sidings and yard.
Exhibit #1 - ties (T116)Item No. 2 - Roadbed:Where do I want to use roadbed and what type of roadbed do I want to use? My choices for material appear to be foam, cork or homasote. Since I have decided to handlay my track, the foam and cork have been eliminated since they have lousy holding power for the spikes.
I looked at a web page by Craig Bisgeier {http://www.housatonicrr.com/DIY_Roadbed.htm} that has instructions about cutting homasote sheets into roadbed to save money. I compared this at $28 +/- per sheet with the price of the ready to install product from California Roadbed Co. that was recommended by Tom of the Porcupine Valley Builders Association.
Analysis: The precut roadbed from CRC is $1.56 per lf in an 8' package and $1.01 per lf in a 48' package. The price of the material if I cut it is about $0.20 +/- per lf, plus my time, the mess and the cost of saw blade sharpening - which is over $35.00 the last time I had one done and that was over 15 years ago. Since homasote is really tough on the saw blades, I have to factor this in if I ask Tom or Paul for the use of their table saw.
Decision: Go with the precut roadbed from California Roadbed Company delivered right to my front door. It will save the aggravation of schlepping the material all over the place for cutting, the mess to clean up and delivering and picking up the sawblade for sharpening. The track for the branchline, sidings and yard area can be placed directly onto the sheet homasote and the track for the mainline will be laid on a 0.24" thick precut homasote roadbed with a 30 deg. bevel glued onto the sheet homasote.
Exhibit #2 - precut homasote ()The package of roadbed has not arrived, so check out the website - {http://www.homabed.com/site/890800/page/45029}
Item No. 3 - Switches:Do I want to buy pre-manufactured switches or make my own? The layout was designed using all #6 switches in order to keep expenses down if I decided to go with a build my own solution.
I can't remember the manufacturer of the switches I bought back in the 80's and couldn't find any on the internet that looked like the ones I have. The switch in the photo below is a weathered switch with bolt head details that I purchased in the mid 80's.
Exhibit #3 - #6 weathered old switch (T113)I did however find ones manufactured by B.K. Enterprises and Railway Engineering.
Analysis: The #6 code 70 switch from BK I bought was listed for $24.80 for the assembled version and took 2 months to arrive after ordering. It was okay, but as you can see in the picture below, the stock rail, frog and point rails are soldered together with a short piece of rail, but are not gauged and are too close together so it can't just be spiked in place as "assembled".
Exhibit #4 - #6 BK switch (T111)The #6 code 70 switch from Railroad Engineering was listed for $24.95 and is ready to be spiked in place. The main problem I had with this company was getting in touch with them by phone. It seems that the owner lives outside of town, but has internet access. He has no land line phone in his home and his cell phone won't work except when he is in town. His product is good except he was very enthusiastic with the solder and he had gapped the frog on both sides. By the way, I also purchased some code 70 and code 83 rail gauges from him and they really work well (see them at -
http://www.railwayeng.com/gauges.htm).
Exhibit #5 - #6 Railway Engineering switch (T112)If I make my own using the Fast Track assembly the costs will be - $114.35 for the #6 fixture, $51.95 for the #6 point form jig and $72.75 for the stock rail former jig, which totals $239.05. These three items will make both right and left hand switches using code 70 or code 83 rail, per the manufacture.
Additional costs are $2.10 for the 45" of code 70 rail and $1.58 for the 44 Kappler switch ties which gives a total cost of $3.68 per switch in materials.
I have 39 switches to make for the layout - code 70 and code 83. The cost per switch will be $6.12 for the Fast Track tools and $3.68 for material.......Total cost per switch - $9.80.
Total cost for all switches - $967.20 (and ridiculously slow delivery time) for the BK Enterprises product, $973.05 for the Railway Engineering product or $382.20 for the make your own version. Can you possibly guess which wins?
Decision: Make my own using Fast Tracks jigs and try to incorporate Proto 87 details (tie plates, joint bars, point details) to the track to get a more prototypical look.
With these matters out of the way, let the building begin!