Sin Bin Hockey Sticks

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A co-worker of mine has a group of gals she goes to hockey games with, called the Sin Bin Gang.  We were brainstorming ideas for things they could take with them on the lightthenight.org walk, and we came up with some prop hockey sticks with their nicknames.

Each one is two layers of laser-cut foam-core glued together, and I ran off some decals on the vinyl cutter.  All in all, they look pretty sharp.  Being made from foam core means that they are super-light, which is handy on a long walk; but it also means they’re pretty fragile, and will easily dent or tear under any kind of abuse.

I also cut some extra vinyl stickers, and recommended that they decorate them as they see fit.  I also put their actual names on the back in the same style font as their nickname on the front:

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Rose Quartz Sword & Shield

Earlier in the year, Ellen commissioned me to cook up a sword and shield for upcoming Rose City Comic-Con.  She commissioned another friend to cook up her dress, but needed a couple props to round out her outfit.

img_20160423_205310The sword was easy enough, as I just fastened a closet-rod dowel to a pine board, and a couple trips through the bandsaw, table saw (to get the blade bevel), and sander, and the structure was done.  Hand guard was shaped from floor mat foam, and the rose pommel was sculpted from clay.  This was my first time making something from clay, and it turned out more fragile than I anticipated.  I used ‘all-natural’ sculpting/pottery clay, and in the future I will probably try out polymer clay.

The shield took a lot longer, because I originally wanted to make it from plastic.  If you look online, there are ton of people who have made awesome shields using translucent plastic.  However, after scouring the web, I couldn’t find out exactly where they were getting their awesome blanks.  In the end, I just gave up and decided to cut the whole thing out of flat MDF wood.20160907_030810

I had plenty of nylon webbing, fasteners, and buckles leftover from when I was making assault rifle slings, so fortunately getting the adjustable straps installed was a breeze using the staple gun.

 

After the shield was done, I was somewhat dismayed at how heavy it was.  Even thin MDF sheets really pack on the weight, and I probably should have used thin ply as the backing material, since it’s not so dense.20160907_015740

I also cut out a Sailor Uranus sword for her alternate costume out of Dollar Tree foam core board.  However, the hydrocarbons in the spray paint started eating away at the polystyrene foam core, and the moisture of the paint caused the paper of the surface to gently warp ever so slightly.

Making the whole sword from foam core seemed like a good idea because it was super lightweight, but the structure itself was somewhat flimsy, and in the future I will most likely first cut a thin ‘skeleton’ sheet out of MDF for rigid structure, and then put the foam core on top of that to add dimension without adding weight.  And also use much, much thinner layers of spray paint to minimize warping.

Rapid Prototyping

Dollar Tree has big sheets of foam board available for… well… a dollar.  It’s cheap and cuts super fast.  The edges it leaves are a little fragile because the foam core ‘pulls back’ away from the heat of the laser.   that said, it makes an awesome material for rapid prototyping; to realistically show the scale or structure of a project before I cut the actual object from wood or plastic.

Here is the shield and sword Ellen asked me to make, with a couple soda cans for scale.  The shield was too big to cut from one piece of material, so I had to cut it from smaller pieces and fit them together in a way so that the seams didn’t overlap.

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The sword, on the other hand, was digitally traced from a screen grab, then cut from one piece of foam.  But it turned out to be too small, and there was an issue with the ergonomics of the handle.  But it only took 40 seconds to cut, and cost me less than a quarter for materials to find all that out, then make the necessary adjustments for the final product.