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In lugnet.announce.moc, Jason Allemann wrote:
That is awesome, And I LOVE your solution to micro fig scale track, perfection!
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In lugnet.build.microscale, Tim McSweeney wrote:
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In lugnet.announce.moc, Jason Allemann wrote:
That is awesome, And I LOVE your solution to micro fig scale track,
perfection!
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Thanks Tim!
Because the tracks are 2 studs wide on the inside they perfectly fit bogeys
designed with 1x1 rounds separated by 3 plates. Tony Hafner’s
2-Wide Diesel Freight
Train is a great example of a train using this technique.
The only problem arises when you want to introduce a curve into the track. I
haven’t figured that one out yet. :)
J
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In lugnet.build.microscale, Jason Allemann wrote:
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The only problem arises when you want to introduce a curve into the track. I
haven’t figured that one out yet. :)
J
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The 1 x 2 version of the rail plate was suggested in another post.
I’m wondering how you would use a mag-lev method to motorize the train on these
rails, something like this that
was created in Europe.
Paul Sinasohn
LUGNET #115
BAYLUG/BAYLTC
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In lugnet.build.microscale, Paul Sinasohn wrote:
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In lugnet.build.microscale, Jason Allemann wrote:
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The only problem arises when you want to introduce a curve into the track. I
haven’t figured that one out yet. :)
J
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The 1 x 2 version of the rail plate was suggested in another post.
I’m wondering how you would use a mag-lev method to motorize the train on
these rails, something like this that was created in Europe.
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Yeah, when I eventually get some time I’d like to experiment with Peer’s
magnetic propulsion idea. The rail system might require a few modifications,
especially in how the space between the rails is constructed, but I’m pretty
sure it could work.
J
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Paul Sinasohn
LUGNET #115
BAYLUG/BAYLTC
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