Quote:
Originally Posted by ponyboycurtis
I'm going to pay more attention to the face of the rail next time I am out. The other day I was looking closely at the rail surface and I swear... It was like.. only the middle third of the track was shiny. I would have expected the entire inner upside down L to be showing wear if that makes sense.
My research was nothing more than a casual glance but it struck me as a peculiar wear pattern. Not that you would want the wheels jammed tight but you would think if they had compatible profiles the wear on the track would be evenly shiny on the top and insides. The lack of overall surface contact may explain why the trains stutter to a stop. It's almost like axle hopping if you've ever had a RWD truck in the snow.
I will document this track wear as I go forward. I will also continue to log this phenomenon of broken glass panels. There are 3 I know of right now.
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That pattern sounds normal. In theory, the flange should never touch the rail, so the inside should be untouched. As the top of rail is slightly domed and the wheels are slightly conical, contact should be made in a narrow strip on the inside top of the rail. The stopping performance is almost certainly separate.