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Re: Who Likes Wheels?
Here is what we (171) have been using the last couple years. They are cheap and effective. The only downfall is they weigh quite a bit. |
Re: Who Likes Wheels?
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just to xplain what u r seeing the wheel is three pieces... -the center red hub -the blue webbing (the reason we made the hub and the webbing separate is so that when we need to change a wheel is doesn't mess with the chain tention or anything else, they just pop on n off) -the silver ring (used to pinch the tred into the groove) http://www.chiefdelphi.com/forums/pi...&quiet=Verbose http://www.chiefdelphi.com/forums/pi...&quiet=Verbose |
Re: Who Likes Wheels?
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Here are the wheels Henry222 is telling you about.
We have been using wheels since day one and that was 8 years ago. For 6 of those years we used those 8'' Skyway wheels. In 2003 we used the wheels shown in the picture with a caster conversion system for 2W/4W drive. In 2004 we used the 12.5'' Pneumatic wheels from Skyway with a ball caster system for 2W/4W drive. |
Re: Who Likes Wheels?
whats the reason for more teams not using the wheelchair wheels that comes in the kit? That is all our budget really allowed for, so we used them.
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Re: Who Likes Wheels?
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The center hub got ripped completely out. Just snapped clean off. It's like we had the wheelchair wheel, but with no center part. As part of the pit crew, I must say that it was quite impressive :D Hey JoeM, do you have any pics of that? |
Re: Who Likes Wheels?
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Re: Who Likes Wheels?
Notice the tracks on the one on the right (our 2002 bot). They cost about $80 each and weigh 15 pounds each. |
Re: Who Likes Wheels?
We have access to a CNC mill, and we order some aluminum and cut it up there to make our rims. We then go through and cut up inclined conveyor belt which we order (I believe from McMaster.) We also anodize our rims. We then rivet on the conveyor belt, and create 6 wheels with this design. We end up placing these on our robot, and lowering the 2 middle wheels 1/4 in to allow for much better turning. We can turn on a dime with that set up, while we still have the advantages of 6 wheel drive, and we get very good traction this way.
We do this because it is light, effective, doesn't take too long to do, and it looks really nice. In testing, none of the team members could push our robot (we also had 4 motor drive) and we weren't pushed around in competition - save the one time our battery died. |
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