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After the DC Controls Workshop Dec.13, we had a compete working control system mounted to a board. I decided to build a quick mobility system. The project cost me $8 and about 14 man-hours, with help from my brother and 13-year-old son (who did the motor wiring). I used wheels and old cordless drills (junk cleaned out of the shop last summer) and recycled 2X4s and plywood. I was hoping the kids on the team would take one look at this ugly monstrosity and decide to build a proper replacement, but so far - no luck.
29-12-2008 12:22
billbo911
29-12-2008 12:25
McGurkygreat looking practice bot, i wish my team was this organized, we dont even have the controlls mounted on a board for practice yet
29-12-2008 21:38
=Martin=Taylor=Le'me guess... Lavery told you to make it out of wood, "So that it would float" 
29-12-2008 22:43
temujinNope, Dave never says anything to help us... he is a man of honor (unfortunately for us, or is that fortunately?). And Mike, the reason the team didn't improve on your design/work/effort, is that it would take them a year or two to do that well! Plus, it is more fun to play with it, than build another... at least for me.
29-12-2008 23:05
Billfred
Control system aside, I'm curious how the drills work for moving a base of that size. While it's not likely to be legal for FRC, there are times where we just don't have the parts to build a base for prototyping or other needs. (We always seem to have all of our CIMs tied up on past robots.)
29-12-2008 23:33
Cory
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Control system aside, I'm curious how the drills work for moving a base of that size. While it's not likely to be legal for FRC, there are times where we just don't have the parts to build a base for prototyping or other needs. (We always seem to have all of our CIMs tied up on past robots.)
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