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Re: FRC T-bone-ing and Hexagonal drive
Quote:
Originally Posted by nuclearnerd
Not to mention that if a hexagonal drive base proves to have a huge advantage (I haven't worked the numbers, but I'm not convinced), teams will develop "anti-anti-t-boning" features. A gap in the front bumper for instance would allow any defensive robot to T-bone a hexagonal robot nearly as well as a square robot.
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Only if they hit it right on.
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Being correct doesn't mean you don't have to explain yourself.
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i do not TOUCH the robot. i don't even press the load button or the reset button. nooo touchy. but i like it better like that, this way, when something goes wrong, i can wholly blame the electronics ppl - nehalita [more] 
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