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I've tried three different Digitrax decoders (all the decoders run other units with no issues) and NO JOY. The reversing lights work but zero from the motor. An electrically savvy buddy put his meter on all the wires from front to rear and found conductivity. Engine runs on DC with dummy plug but have only tried it on straight test track and not on layout.Very cool looking shelf queen.
It just so happens that the wheels from the Kato GS-4 tender are drop-in replacements. (You can buy a replacement truck set from Kato for $15, which gets you six wheelsets).
I just popped the box open on my set to refresh my memory. Now I remember that I was going to exploit the magnet pairs of the coupling diaphragms as the conductors for power and eliminate the wires altogether. As for the wheels, two steps: one, replace the pivot pins with screws, and fix the trucks in place (they do not need to swivel, and indeed things may work better if they don't), and two, replace the wheels. It just so happens that the wheels from the Kato GS-4 tender are drop-in replacements. (You can buy a replacement truck set from Kato for $15, which gets you six wheelsets).There are other things to do, like add more weight, but I think this is a good start to improve things.
In the old no-longer-existing thread in the Atlas forum I showed that I turned down the axle ends on my lathe, so I could widen the gauge.Would standard Kato passenger wheelsets work? Too big? How about Kato caboose truck wheels? Those are 33"
Yes, the wheels are press-fit onto the half-axles. But IRC, they also have fairly deep flanges.
Yes, that's true. Definitely deeper than those on the Aerotrain. I guess the question is, given that I don't have a lathe, is it easier to fix the Kato wheels or the original Aerotrain wheels? I'd have to chuck the wheel in a drill either way.