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21-03-2010 18:18
BJCThats a really cool hang.
I remember you guys working on it at Kettering, but it wasn't quite ready then.
Nice to see its working.
By the way, it kind of looks like its floating
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21-03-2010 18:34
JABot67Finally someone uploads a picture of our robot! I'm sure if anybody has any questions about how it works, we would gladly answer them.
Did anyone take a picture of the end of Finals 1, with 51, 67, 27, and 201 all hanging at once? That made for a really exciting endgame.
21-03-2010 18:36
Alex Cormier
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Finally someone uploads a picture of our robot! I'm sure if anybody has any questions about how it works, we would gladly answer them.
Did anyone take a picture of the end of Finals 1, with 51, 67, 27, and 201 all hanging at once? That made for a really exciting endgame. |
21-03-2010 18:52
JABot67|
Are you guys really 10WD? With 4 different types of wheels?
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21-03-2010 18:55
Alex Cormier
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Our robot is 8WD with 3 different types of wheels. We have 4 small wheels, 2 in the front and 2 in the back, that only contact the ground when going over the bump. In the middle-front behind the small wheels we have traction wheels, and behind those are slick(er) wheels, so that when we turn we rotate around a point between the 2 traction wheels.
We found that this drive works really well for going over the bumps. In fact, in auton we go over the bump to the next ball just by setting the motors to a constant speed and waiting for an encoder count. I wonder if 1114's 8WD can do that... |
21-03-2010 18:56
Arefin Bari
Through the webcast it just looked like a box, but in the picture it looks pretty. 
21-03-2010 19:07
Chris Hibner
HOT has one of the coolest hangs in the competition this year. At first, it looks like a plain old hook-and-winch. But when you know the real secret of this weapon, it is awesome, as in they can raise after the buzzer.
21-03-2010 19:15
LLoganVery nice looking machine you got there!
I am curious about the two pairs of smaller outside wheels. My team wanted to create a 10 wheel drive with two pairs of raised smaller-diameter outside wheels, very much like the ones on your bot. However, we couldn't get an appropriate sprocket ratio to power those wheels and thus decided against it.
Are you accommodating for the differences in linear velocity due to the different diameters of the wheels with sprockets? With my eyes, it seems that there is a larger sprocket on the larger wheel and a smaller sprocket on the smaller wheel. That seems counter-intuitive to what I would imagine, as I thought that you would need a larger sprocket on the smaller wheel to increase its linear velocity.
Anywho, VERY nice looking 'bot! Congratulations on the two regional wins as well!
21-03-2010 19:29
Alex Dinsmoor
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Finally someone uploads a picture of our robot! I'm sure if anybody has any questions about how it works, we would gladly answer them.
Did anyone take a picture of the end of Finals 1, with 51, 67, 27, and 201 all hanging at once? That made for a really exciting endgame. |

21-03-2010 19:30
JABot67|
That seems counter-intuitive to what I would imagine, as I thought that you would need a larger sprocket on the smaller wheel to increase its linear velocity.
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21-03-2010 19:32
LLogan...Of course. What a brain-fart on behalf of me...
Thank you for pointing that out 
21-03-2010 19:50
BJCI think you should put a ball rebounder on the top like 469 or 51.
Wern't you guys about 90 pounds at Kettering?
Ya, a ball rebounder would be good... you wouldn't have to use it, it would just be to scare the !@#$% out of everybody at states.
I can see it now..."Ohhh Myyy Goddd... ok everybody lets start packing up, we'll try again next year."
21-03-2010 20:38
Bjenks548Congrates on doing everything possible in breakaway lol over the bump, through the tunnel, kick and score from all three zones, awsome ball magnet, and hang. Wait im missing something... can't wait to see you guys suspend someone at states 
21-03-2010 20:39
JABot67
21-03-2010 21:30
NickE|
So we can only move the arm in the last 20 seconds of the match.
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Originally Posted by Rule G30-C
TOWER Contact ROBOT Volume - During a MATCH, ROBOTS in contact with their ALLIANCE TOWER may extend beyond their NORMAL CONFIGURATION volume but may not exceed the FINALE CONFIGURATION maximum volume.
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21-03-2010 21:55
Adam Freeman
21-03-2010 23:19
ExTexan|
Unfortunately, we would not be able to deflect any balls if we were in contact with the tower.
We know ways to keep the kicker inside the frame when disengaged, but I don't think we need to worry about it. I can think of other things for us to do during the match.... |
22-03-2010 03:28
Clinton BolingerCan you lift from ground level or do you only lift off the bump?
Would love to see you suspend from 2337!
-Clinton-
06-02-2014 07:43
Al Skierkiewicz
I deleted the account but I need someone to delete the post in this forum.