Hi Guys,
A few years back I routed a small oval with three lanes on a 2x4 piece of MDF. Once lane was copper tape, one lane was magnetic braid and the other non-magnetic braid. I just wanted to experiment with all three.
Without getting into the advantages and disadvantages of each lane, or needed changes to the hard pickups, the one thing I noticed was magnet cars such as Tyco and Lifelike need magnetic down force to pull the front tires down to the track. Without it the pickup springs are strong enough to prevent the front end from coming all the way down.
I think I would like the idea of having non-magnetic rail so cars such as Tyco and Lifelike can be driven without the aid of magnets. However, if the pickup springs don't compress enough by virtue of the car's weight alone, then softer springs are needed.
Has anyone done any experimenting with non-magnetic rail?
Thanks...Joe
A few years back I routed a small oval with three lanes on a 2x4 piece of MDF. Once lane was copper tape, one lane was magnetic braid and the other non-magnetic braid. I just wanted to experiment with all three.
Without getting into the advantages and disadvantages of each lane, or needed changes to the hard pickups, the one thing I noticed was magnet cars such as Tyco and Lifelike need magnetic down force to pull the front tires down to the track. Without it the pickup springs are strong enough to prevent the front end from coming all the way down.
I think I would like the idea of having non-magnetic rail so cars such as Tyco and Lifelike can be driven without the aid of magnets. However, if the pickup springs don't compress enough by virtue of the car's weight alone, then softer springs are needed.
Has anyone done any experimenting with non-magnetic rail?
Thanks...Joe
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