It has been a fascinating journey learning the basics of hand laying my own track. Most of the BQR was flextrack and commercial turnouts. But to finish that last 10% was proving to be very difficult -- more so due to the limited space and geometry that is a combination of what senior management would allow and my creative decisions.
Recently I have added a few tools that have made the process much easier. All along I have been using modelling T-pins for holding things in place. Learned that Micromark had locking collars that could be fitted to these pins to make them directly usable for holding things down. And acquiring a soldering board (a ceramic foam) that would accept pins made it much easier to position the components of a turnout or track segment for soldering. The Fastrack rail bending tool has been helpful -- it is much easier to make a curved section if the rail wants to stay in that shape. One thing that has been happening is that my curved sections of flex track tend to creep -- not a problem unless one gapped the rails with a saw... ACC-ing the gap with styrene did nothing -- over the months since a section was completed, the rail (and plastic ties) slowly opened even though the track was spiked down on top of DAP sealant...
One interesting item I discovered using the rail bender is that rails are individual and do not bend alike, even out of (superficially) the same lot. Some form readily while others change shape most reluctantly -- so finding one setting and shaping a bunch of rail doesn't seem to work. And no telling, short of running them through the tool, which rails form easily and which do not. So having a constant setting and warping a bunch of rail to a constant radius seems impossible.
So far I have built six curved turnouts shaped to specific places in the layout. And they are all diffierent, so no commonality that would justify the cost of a metal fabrication aid. And two actually overlap. Point rail and throwbar attachments are the trickiest for me -- the rest of the turnout seems straightforward. I am getting better at it -- but there is a lot of art to learn. I develop the plan for the turnout with tracing paper on the layout. If possible, I try to use TEMPLOT to develop a detailed drawing. This is printed out and taped to the solder pad. PC ties get positioned on the drawing -- held in place by a spot of glue on the paper. Then the rail components are fabricated and pinned in place. I have a number of triangular track gauges -- these help holding the rails in the right relationship when I solder. So far, all the frogs are curved -- rail bent to the right shape gets tapered in the Fastrack points/frog tool then held in place on the soldering jig. All the turnouts have #6 frogs... It helps to cut all the PC tie gaps before assembling the turnout -- much trickier afterwards (I was a slow learner on this one...).
I have tried a number of detail parts on the throwbar/points rail attachments -- not happy with anything so far. Maybe I need to find a 1950's style shrinking machine? The magnifying visor gets used all the time. And drilling tiny holes with the Dremmel and a #76 wire drill so far seems mostly science fiction.
One very satisfying bit has been discovering that for curving approach and departure tracks where a smooth parabola or cubic spiral-type shape was needed, the hand-laid track approach is superior. I solder the rails to pc ties and fit wood ties later -- they are mostly for show but do take spikes to hold the section to the roadbed. The rails can be shaped to the curve required and seem to stay that way. Flex track was always trying to straighten out. Probably not a problem for the folks with enough room to do HO 48" radii but not in 22" to 24" bends. Leastwise that has been my experience.
No substitute for practice... this is an art and requires developing of manual and esthetic skills. But based on the amount of time I spent earlier on trying to work around the shapes of commercial turnouts, to some extent I am sorry I did not start down this path earlier. I might even know what I am doing by now.
Gregory Latiak
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