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As for the code 55 turnout issues, they are not ancient history, they are not uncommon, and I can document them.See below. This problem exists with very nearly every single #7 turnout I have ever bought, and I have bought groupsof them over the past 4 years, from completely different shops in different states all over the country. Unless byincredibly bad luck, they all got all their turnouts at the same time from one bad batch and sent them to meover a 4 year period, this is not a "rare" problem. Long steam (like a 4-8-4) cannot make it through these pointrails without riding up and out unless your wheels are deliberately set too narrow on the NMRA gauge, and if you do that,they will start jumping the frog or picking the open point rail. I have to carefully file and hand-dress almost every one tocorrect this. Every once in a while, one has come right out of the package with all the rail clearances in gauge, but it isvery rare.
Now hold on just a minute... People seem to like to complain that Atlas track isn't available, but they also like to complain that it doesn't live up to their expectations? Is it possible people just like to complain and wouldn't be satisfied with anything?
I have to agree that there is room for (and perhaps even a burning need for) another commercially produced, high-end turnout line in N, especially one that included code 40 options. They would probably be expensive, but in the era of $30-40 freight cars, there must be a market for $30-40 turnouts.
I wish Micro Engineering would step up to the plate on this. There is more to life than #6. (Didn't they used to do a #8, many moons ago? Maybe the mold broke?)
HI SHIPSURE!! Why don't you bug Micro-Trains to buy out and revamp Micro Engineering's N Scale track line, sincethey don't really do much with it anymore?
They didn't want to do it, so I did it 'cause makin' just the closure points is a helluva lot easier than makin' the whole turnout. Seems like I did the ME turnout trick and used a partial rail joiner for the hinges, soldered onto the closure rails' heels, then inserting the closure points' heels into the rail joiner, then soldering the tips of the points to the PCB throwbar.