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The HDPE may be a little vulnerable and the wheels are exposed, infact I think it's weakness will be horizontal spinners (so 180..) but as long as the blade is spinning hopefully nothing will get near.
Yes it is invertible, at the moment the bolt the blade is mounted onto is too tall so when the bot is upside down / right way up, this touches the floor before the wheels. I wanted to keep it that way for the test so I could get at least 2 nuts on and reverse crank them. Really didn't want to blend the cat....
But for the finished version I'm putting a split pin through the top nut so I can trim it down. The whole structure chassis and blade is shorter than the diameter of the wheels. I'll upload a photo soon of it fully assembled.
If it's gonna cost £800-£900 for the polycarb, and it's us roboteers that are going to be using it, I think a whip-round could be in order. Everyone who plans on fighting with beetles in a beetle arena chuck in £20-£30 or so towards the cost of polycarb and we can get some battles going
Quick question: I bought some of these.(Click here) What sort of batteries should I be thinking about for them? The robot shall be having a servo powered lifter as a weapon.
And if I got something roughly looking like a beetleweight going, I would be more than happy to give some cash for the Polycarb.
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