Introduction:
I've wanted to model the Maine two-footers for about 50 years, ever since I learned that there once was a Sandy River and Rangeley Lakes Railroad, with a logging branch to Eustis, Maine. A real railroad with my own name -- now just how cool is that! Over the years, I've gradually become a fan of all five of the real-world Maine two foot narrow gauge lines, and so I didn't really want to pick just one and try to faithfully model it. I also thought it might be hard to include interesting operations in my relatively small available space if I just tried to selectively compress a single prototype. My On30 Acadian Coast Eastern is therefore an imaginary, but hopefully plausible, cousin to the real-world two-footers -- the "sixth Maine two footer" if you prefer. Like its cousins, the ACE of the depression era 1930's was a slightly run-down, edge of bankruptcy operation, with tiny Forneys and short trains wobbling through coastal and rural scenes on lightly ballasted track. It runs north from the Maine coast through several down-east towns to a connection with the rest of the world via the Maine Central. The southern end of the line is Winter Harbor, Maine -- a very real, rather picturesque, and time-frozen little seacoast town on the Schoodic Peninsula, across an arm of Penobscot Bay from Mt. Desert Island, Bar Harbor, and the Acadian National Park. The northern end of the ACE is Goodwin's Siding, a lonely spot on the Maine Central's Calais branch where there once really was a siding used to load lumber. I found Winter Harbor while looking for two foot remnants on a 2009 vacation trip to Maine. Although the real Winter Harbor today still has a ferry dock providing freight and passenger connection to several Penobscot Bay islands, it never had a narrow gauge connection to the outside world. Well, it easily might have had one, maybe even should have had one, and in my version of reality, it did. Oh, and the Winter Harbor passenger station was built to exactly the same plan as Marbles station at the Rangeley end of the SR&RL -- what a happy modeling co-incidence!