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Superelevation works much better with easements. Trying to transition into elevation at a direct straight to circular curve location can do strange things to some locos.
Tim, was the line you are modelling superelevated? I thought I read this was a secondary line, which would have little superelevation unless it was built as mainly a passenger route, or a high speed line. The real railroads are using less superelevation, from what I have learned as a trackman/track inspector. As older "mainline routes" have fallen into secondary status, the superelevation becomes more of a ploblem when repairing track, as the "high" rail kinda stays put, the "low" rail gets pounded into the earth/ballast, especially at the joints. If i'm not mistaken, the FRA guy I spoke to about this said that about 1 1/2 to 2 inches is pretty much standard now, not much more.(this ,of course, depends on the intended use) The track I work on was built as a secondary passenger route, and in some spots I have found as much as 4 inches of superelevation. But it was a 50 mph line back then. At 20 mph there isn't much need for superelevation. Food for thought....'