And we are going to attach a toggle switch on the route to the power source.įirst, gather all the ground cables and 3V positive cable together as 2 separate groups and solder them (See the image). We are just creating a simple LED on/off circuit. Don't let these lots of cables scare you. When you are done don't forget to remove the AA battery.įinal wiring is pretty easy. :) It will be fun to watch (see the video) Plugin the AA battery and check the movement of the clock. Attach the kinetic sculpture half 2 back to the white shaft. Another warning is to make sure that kinetic sculpture half 1 and kinetic sculpture half 2 are in the opposite orientation. Glue the leftover circular shape into the center of our kinetic sculpture half 2.
Otherwise, your clock will not be accurate.įinally, get the second arm that we removed from the original clock and cut its extensions. If not use super glue or hot glue gun to stabilize them onto the shaft. Make sure that they are tight with the shaft. First, attach the short arm and later attach the long arm. Next is to attach long and short arms into the white shaft of the clock core. Since our kinetic sculpture has tiny features you should gently push the edges of the printed pieces so that it can stick better to the surface of the centerpiece. Later, glue our kinetic sculpture half 1 down to the centerpiece and again make sure to align pieces. Glue the ring of the kinetic sculpture on top of our centerpiece and make sure they are aligned. You can see the rest of the setting in the Cura setting figure attached to this step.įor this step be careful to not glue your fingers, since we have tiny features.
Let summarize what we have and how many of each we need to print. I attached all the stl files you need to this step.
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