Has that got a center stand? That is a bonus!
Is the result the same with that piece of metal flipped over?OK, I'm back.
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The idea here is to place the piece of metal on the forks. With the X's both touching the forks, if the circles on the other side both touch the forks at the same time (all 4 points X's and circles), then the forks are straight.
What I'm getting is with the 2 X's touching the #2 circle will touch with the #1 circle not quite touching. Off by possibly as much as 1/16". Which I would think is pretty significant.
But again, since we know the metal isn't straight itself. What I know so far is, I have been wasting time gathering useless information.😄
I will have to redo this check after the seal replacement is complete. My cheapest way out of this that I can see, as far as getting something with a flat surface, is to get a cheap glass cutter and cut that glass to an acceptable dimension.
Rim truness is usually taping a piece of cardboard to the fork and rotating the tire to see if the gap changes. It isn't usually an issue like the old spoke wheels were. Other side of the coin is you can't fix them easy like when we had the old spoke rims...As far as rim runout, I think eyeballing it is usually accurate enough. Can even take a random tool/object to hold close to the rim (brace it on the fork so it doesn't move) to get a more accurate eyeballing.
I think more often than not the bigger issue would be the tire not properly seated. i.e. the seat line on the tire not being equal around the rim.
Man that is pretty. It needs to be in a case with a sign that says “I case of emergency, break glass.”I'm still running the original engine.
New engine still on display 😁.
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