My experience with Fast Tracks.
Before Fast Tracks
Way back in the 1980s, I was naive enough to think that I could construct bespoke turnouts for my new layout. Well, I succeeded, and whilst they took me around 4 hrs each, I was saving considerable money. These turnouts weren't pretty, but buried in ballast, the woeful out-of-scale sleepers didn't detract.
I kept this 3 way turnout from my first layout. The sleeper size would probably be more suited to On30. Close up, the tiebar design is poor, and original ballast is still attached to the rail. |
However, my foray into making trackwork was short lived, mainly to that first layout - the realisation that club layouts were more quickly built by buying turnouts with club funds.
Fast Tracks
I first saw Fast Tracks demonstrated in the USA, at one of the NMRA conventions I attended (Long Beach 1996?). I was a bit skeptical with their claims, although I did like the assembly fixture, and the idea that all turnouts would be functionally a clone of each other.
Since then, I had read good reports from almost everyone who had used Fast Tracks, and I was encouraged by these reports.
About 10 years ago, I managed to win a Fast Tracks "starter pack" on an on-line auction site, and then promptly placed it in storage.
Assembly fixtures for #8 code 70, and #9 code 83 rails. I won't be using these for my staging yard |
The printed builders guide was placed into two A4 loose leaf display books |
Having the guide as a book makes lookup easy, and keeps the pages nice and tidy |
My first fast tracks turnout.
Over the years, I had accumulated a lot of code 100 rail, which I hoped would keep down the costs |
It was then I ran into my first problem. The peco code 100 rail did not fit properly into the assembly fixture. The problem was that the bottom flange of the peco rail was slightly too wide. I sent an email off to Fast-Tracks, and got back the reply that the rail should be micro-engineering.
I actually thought I got some microengineering code 100 rail with the original auction win, but a 2 hrs search failed to find same. I did locate 2 bundles (each bundle 33 x 3' rail lengths) of code 70 microengineering, but that didn't help. So, the option was to file down the flange on the peco rail - labourious, but acheivable.
Of course, another option would be to buy microengineering rail. Unfortunately, the Fast Tracks importer, Gwyder Valley, has closed, due to a serious illness of Warren Herbert. And I was unable to locate any other hobby outlets in Australia that stocked the rail.
Part way through assembly |
I found that filing the point blades, frogs, and stock rail slots in the jigs to be straight forward, but getting a sharp point was not as easy as it sounds. Hopefully practice will help. The other tricky bit was the curve rails. Ideally these should be pre-bent, and this is easier said than done.
The "completed" turnout. I have biased the point blades to the straight route, but not much force is needed to select the diverging route. |
I placed some yellow tongue offcuts over the joins |
The offcuts were then attached underneath with screws, making the joins very solid |
White paint on top of the plywood used up some of the leftover ceiling white from the room build. |
Have you ever tried to photograph kittens? They do not stay still. Estimated age is 4 weeks |
CLP 9, "Peter Wilks" painted in Auscision's colours, is a moving billboard for Auscision's excellent range of model trains. It was in Junee yard early in January. |