| Rear fork with newly 3d printed spacers. These stop the prong of the fork from being loose inside the frame. They were my plan B. |
| Here it is inside the frame, and |
| with half of the spacer exposed. |
| Slept on it last night and decided to use these aluminium beams as frame jigs. |
| Here's the new jig on the bike, holding the back wheel in position, |
| and as I left things at day's end, with 2 tubes braze-tacked onto a cross piece. Some parts are still bolted together. Next step |
| This was my plan "A", I had planned to cut plastic from these upcycled storage bins to make spacers for the rear fork. But it looks like 3d printing will be simpler and easier. |
Hi
Here is today's progress on the bike and I am quite pleased! After thinking about it overnight, I decided to use an aluminium jig to hold the back wheel in place, and flattened the tyres before clamping it to the rims. This morning I designed and printed a few spacers so the rear wheel fork would not waggle inside the frame.
By this afternoon, I had all the bits together and was able to tack some of the rear fork together. Tomorrows job will be to finishbrazing the fork. I plan to redesign the plastic fork spacers but am happy with the job my trial versions have done.
Regards
Steve Nurse
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