 | | Re: Maze robot testing
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| (...) Greg pointed out the simplest shape which will test out most of the turn combinations is a '4' (with an open top). That's just 3 walls, two are 12"x12" and one is 12"x24". Remember, the walls are 12 inches high and 1/8 inch thick, and each (...) (19 years ago, 31-Jan-06, to lugnet.org.us.laflrc)
| | | | | Re: Maze robot testing
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| (...) John - the surface of the NEIRG maze is 1" thick blue insulating styrofoam. It has a different friction characteristic than other surfaces...As I am sure you know, this is important for turning. I built my own 3 foot x 4 foot test area and use (...) (19 years ago, 31-Jan-06, to lugnet.org.us.laflrc)
| | | | | Re: Maze robot testing
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| (...) The only time I ran it I used 1x4's and tested in a "U" shape (both clockwise & counterclockwise) on my kitchen floor. This worked great, until event day when the floor friction fouled me up (I may have to cobble up a test system like Bryan (...) (19 years ago, 1-Feb-06, to lugnet.org.us.laflrc)
| | | | | Re: Maze robot testing
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| Thanks for the suggestions/advise guys. I remembered the concerns about the uneven surface, but had not thought of the surface friction causing problems. I will have to think some more about how to overcome that. One other inquiry. Does anybody know (...) (19 years ago, 2-Feb-06, to lugnet.org.us.laflrc)
| | | | | Re: Maze robot testing
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| (...) What will happen if you hit a big (1/4 inch) bump in the wall? Will it stop you? The walls are very smooth. But, there are places where they join together. Here are some old pictures Kerby posted: (URL) close at this: (URL) field is made of 4, (...) (19 years ago, 2-Feb-06, to lugnet.org.us.laflrc)
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