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This post will show you how to build a cymbal toy robot using the latest in 3D fabrication technology. It's really simple! Just follow these easy steps: 1) Unfold the blueprint into its sections and start cutting out paper. The cage, base, armature, and frame are all made of paper so they can be easily cut with scissors or utility knife. 2) Carefully run a blade under the armature to detach it from the base. This could be done quickly with an X-Acto knife but I like to use my Dremel tool instead because this allows for more precise cutting (tungsten bits don't make much noise). 3) After removing the armature, you can proceed to cut away the cardboard cage and base from the sheet. There's no need to cut all the way through; just make enough of a hole for a piece of paper to fit through. 4) The armature should still be attached so it can be used as a template for your next cutout. Just follow the lines by holding it in place with one hand and using a utility knife or X-Acto knife with the other hand to cut out your final shape piece by piece. 5) Cut another hole in the bottom left corner of this shape piece for another paper tube that will attach to your motor shafts. You can use this one freely to cut out any shapes you wish to serve as decoration for your robot. 6) Once the decorative holes are cut out, proceed to cut two circles in the center. These will be used to suspend the armature using paper tubes. If you have trouble cutting out a perfect circle in paper, don't worry because all you need are rough approximations. The way I do it is by using a utility knife with a sharp blade and carefully cutting away at the paper until I'm satisfied with my crude circle shape. It's important that it's not too loose or too tight because that would restrict your armature from moving at its full range of motion. If you have trouble, just stop cutting and carefully rotate your armature so that it is facing in the opposite direction. The two holes are also where you will attach the paper tube to the motor shafts. 7) Use tape to hold each paper tube in place so that it is perfectly aligned with its hole. Leave enough space between each tapered end to allow for proper movement. Just make sure that the paper tube stays inside of one of your two circles even when you're completely finished with its placement. 8) Write any decorations on each piece of paper that you will use as decoration pieces now. I made a few simple geometric shapes for this robot which I clipped onto the frames with scotch tape. 9) I also want to mention that although this design is complete and can be used as a toy robot, it's not very well-suited for actual use. It could be made to work but it would require both highly modified motors and a lot of rigidity to make it effective. I made the base out of paper because it's much lighter and will probably also result in a more stable design. 10) After the last part of the armature is cut out, you're finished cutting up all your paper! Just fold each piece into half and then fold again into quarters. This will provide you with four separate armature pieces that can be arranged as desired for your robot. cfa1e77820