Update. I took another pair of carved shoes to try a modified design of the wire and brass nut. This time I wrapped the wire around the groove on the outside of the brass nut (see original posting below for context). I then placed the nut in a hole at the toe (instead of in the ankle) and curved the wire up through the ankle hole in the shoe. The idea is to allow for more flexibility of the wire at the ankle so it may not break as easily under repeated bending. My wire and brass nut are now similar to what Sven and Mike have done. I posted some pics of the new shoe:
What may be different is that I am not permanently fixing the foot/shoe to the nut. The intent is for the design to allow me to have replacement armature parts, specifically wire. If my leg segment breaks I want to be able to swap out the wire and continue to use the shoe and possibly the brass nut. Hopefully this will allow me to do so since the brass nut and wire fit securely into the bottom of the shoe and I used hot glue (which I can release if needed) to hold it in place. In short, I can take the shoe off at any time.
End of update, the original posting follows..
I’ve been working on some tests for the armatures to be used in the next project. My design may not be original but I’m combining information from other stop motion animator blogs regarding tie-downs. I used the Hilligoss T-Shaped tie down for Vitruvius but this time I wanted to try something else. My new tie-downs are inspired by tips found in the blog archives of Mike and Sven and possibly other places that I can’t remember right now. For example, J-B Weld is the adhesive (Mike has mentioned that at one point) and the knurled brass nuts are placed in the foot (Sven posted something about those recently). I put the pics up on Flickr with notes and descriptions so go check them out if you like.