Haha Jerry I donated the 144 magnets I bought for my son’s Maglev train project to his school years ago, they might have been a serious proposition now. Anyhow if the T1 tram’s going to be moving along the straight section in the photos I’ll probably tie a fishing line to it, connected to a weight on a pulley wheel dropping off one edge to get enough speed. And yes a big soft containing-buffer ready to stop the tram somersaulting off the base out of shot. What could possibly go wrong?
So here’s a pictorial partial-answer to your question Glenn & I’ve been looking for any old excuse to hear this gem again…
https://www.youtube.com/watch?v=6F_DRNCGjQM
In theory it really could go round in circles – I changed the design to two strips of angle to get enough depth for the tram wheel rims and found it’ll bend more than with channel, and even more than I need. I kept having to check that this test section really is the tightest curve on the base, it doesn’t look even close but it’s dead on. Pity the cost won’t bend too, I can’t find anything that’ll do the job for less – revised QS comes to 18 packs of Evergreen 292 = A$150+ p&p.
The T2/trailer combo’s wheels might just squeeze into the curved section rails but it’ll be real tight & I still think I’ll have to shave the rims down, and/or fractionally widen the slot in the rails on that section – at least they won’t be seen, or rather noticed, much
