lionelsoni wrote:The wheel with the lesser adhesion, that is, the one without the traction tire, will be the one to slip regardless of the direction of the curve.
Traction tyres on both sides of 1 axle don't work. They come loose in no time. I had a steamer having that setup and after glueing them on, changing them for new ones etc, I decided to just get them off. They came of the wheels every time again making me frustrated about it. It showed that the traction tyres didn't make a huge difference in pulling power either on my small layout.
So indeed only on one side, ore none at all.
Bob Nelson
EIS2 wrote: From a functional point-of-view, the traction tires would work better if they were just on one side of the locomotive. This is because when a locomotive goes around a curve, the outside wheels must go farther then the inside wheels. If the wheels have a solid axle, one of the wheels must either slip or skid. Slipping or skidding would work better without a traction tire.Earl
From a functional point-of-view, the traction tires would work better if they were just on one side of the locomotive. This is because when a locomotive goes around a curve, the outside wheels must go farther then the inside wheels. If the wheels have a solid axle, one of the wheels must either slip or skid. Slipping or skidding would work better without a traction tire.
Earl
True, but what if you have alternating curves. Then it "skids" on the traction tire regarless.
Lionel collector, stuck in an N scaler's modelling space.
I have three K-line s-2 diesels and the traction tires are on different wheels on each.None seem to work better than others.Most other brands are on the same axle on both sides.
Ed
Doug Murphy 'We few, we happy few, we band of brothers...' Henry V.
Modeling the "Fargo Area Rapid Transit" in O scale 3 rail.
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