Has anyone experimented with overlapping reversing loops as a way of using limited layout space efficiently? I was thinking O31 track with 45 degree angles and crossovers. Something like the below sketch:
Thanks
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This is one I worked up using vertically stacked loops in a 5x9 space. The original track layout is an example from the Fastrack book, so I tweaked it here and added scenery.
I use this - it is essentially a folded over figure 8 (the right most pair of switches is the center cross). The bottom two switches are for connecting to the outer loop (not pictured).
A few feature highlights:
Daniel Raible posted:This is one I worked up using vertically stacked loops in a 5x9 space. The original track layout is an example from the Fastrack book, so I tweaked it here and added scenery.
What radius did you use and how steep an incline to get to "What Height"? It is a nice layout for limited space.
That is actually a clever way to save space as long as you only run one train at a time. I bet OScaleKen chimes in here because he always has interesting ideas when it comes to space management.
Garrett,
I would use at least 036 FastTrack if you want to make sure you can run most of your engines and rolling stock on your FT. DoubleD's Ft engineering layout is absolutely correct, however this is a very tight layout. Even 036 limits the engines and rolling stock you will be able to use. I build a lot of FT layouts, the 031 is extremely tight for decent sized engines and rolling stock, especially if you are running any Tin Plate.
PCRR/Dave
Even my Bar Top FT Layout is 036 except for the inner most oval which is 031 RealTrax!
mknight1957 posted:Daniel Raible posted:This is one I worked up using vertically stacked loops in a 5x9 space. The original track layout is an example from the Fastrack book, so I tweaked it here and added scenery.
What radius did you use and how steep an incline to get to "What Height"? It is a nice layout for limited space.
Thank you! I had intended it to be for O-27 equipment and feature operating accessories. The curves are O-36 Fasttrack, and the elevation is a standard 6" for stock bridge piers. Therefore the steepness of the incline is a bit less than when people construct an overlapping figure 8 from O-27 track.
The whole thing is meant to fit on a ping-pong table.
Attached is the original design file if anyone wants to play with it. It is using the RR-Track software.
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