Got my bike and parts back on Wednesday! Unlike last time, everything was actually fixed correctly, save for a few small details that were mostly my fault. Here were the parts that I had my dad’s welder buddies fix for me.
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On the rear fender, I had the mounting hole that had been brazened over restored. The guys even smoothed out the top and underside of the fender where there were once globs of brass. I did spot a tiny hole that I don’t remember seeing before, circled below, but since it’ll be hidden when the fender’s bolted on, it’s fine.
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The welders were also able to free up the sprocket from the original crank, which might be pointless for reasons I’ll explain later.
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The welders also made me one good fork out of the two bad ones I gave them. After looking them over, I noticed that a busted bolt (probably for mounting strut rods or a fender,) was stuck in the bottom. I sent the forks back the next day to have them tap that out. All in all, I spent $67 for all the repairs and modifications I recently had done. I’m confident that I could’ve saved myself a bit of trouble and cash if I had just taken all my stuff to these guys first, instead of having them fix the previous guy’s mistakes.
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I then spent about $8 on the grey and orange spray paint/primer. I already had the red oxide primer and gloss black paint at home. Total budget so far: $180.
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You know how I said that there were a few small errors on the parts that I had fixed that were mostly my fault? Well, here’s where everything went wrong: My dad said the best time to stop by his welder friends was around 8/8:30am. Sounds reasonable, except that I am
not a morning person. Even after a shower and breakfast, I just have a hard time firing on even 7 out of 8 cylinders. So, naturally, I don’t think of everything until after I drop everything off, or in this case, until after I put everything back together. The welder guys did a great job on my fork, but something I didn’t notice right away was that they welded the steering tube on
backwards. The little slot on the threaded portion is facing the wrong way, a full 180 degrees from where it should be.
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Normally, that wouldn’t matter with just the usual washers, but I want to use this reflector bracket to mount a race number plate. There’s a small nub that would keep the piece pointing straight if the slot on the steering tube was in the right place, but now it won’t fit on the steering tube.
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The solution?
Make it fit.
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At the same time that I found and fixed that problem, I discovered another problem: the threads on the steering tube just
barely don’t go down far enough for me to seat the top… bearing cap? Whatever you call that piece, since I couldn’t tighten it down all the way, the fork still sits kind of loose in the frame. Hopefully, the welder guys can fix that for me too. I’ll just have to wait until Monday.
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I took the cover off the forks as I still want to put the open fork tubes to use. Also, note how close the tire is to the fork. I might be using forks meant for a 24” wheel, not a 26”! I’ve got about a 1/4” between the tire and fork, which is fine unless I want to mount a strut rod brace or something under the forks. I’ll worry about that later.
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Mockup time again! While it doesn’t look too different from last time, I feel like this is a big step in the right direction.
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I did a quick “Photochop” to see what the rear fender might look like after I bob it. Idea 1 is to just cut it in line with the seat, whereas Idea 2 would be more triangular. Personally, I’m leaning more towards Idea 2, but what do you think?
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I meant to do this earlier, but here are the serial numbers I found on the bike. The first one, 240228, is on the seat pole. The second one, 0 (or O)5EH, is on the bottom bracket. Could anyone help me with IDing this bike please? I don’t know how to identify Hawthornes.
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The last thing I did yesterday was mockup some strut rods and the triple handlebar stem idea I have in mind.
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So, what’s next?
I need to:
1. fix the fork (again)
2. see how the bike looks with a 24” wheel and tire up front
3. figure out how the crank assemble is supposed to be assembled (because I forgot to take pics when I disassembled it, or
4. try using Schwinn crank parts instead
5. see how much it’d cost for the welder guys to replace the mangled part of the seat pole with a straight piece from a donor frame
6. decide if it’s worth the cost
7. figure out if the additional modifications I want to do to the fork and frame are possible for either me or the welder guys to do, and if so, how much it will cost
8. clean and regrease the bearings
9. test ride the bike once the fork is fixed and once I’ve figured out how to smooth out the crank assembly
More updates hopefully coming soon!