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Here's a teaser for some part(s) of our 2013 robot, any guesses as to what it is?
06-02-2013 23:08
DampRobotFrisbee pickup. Push this onto a Frisbee from the top, and it pops into a vertical hopper.
06-02-2013 23:10
inkspell4You may want to check the rules I'm not sure if an arc reactor wold be allowed on the robot
And how are the metal brackets mounted to the board?
06-02-2013 23:22
akoscielski3
those are two different halves to your shooter, I believe I can see two cuts in each of the circle's. making them halves. the flanges are to contain the top of the Frisbee and the middle circle and the bottom of the outside circle are rails for the Frisbee to ride on.
/thread
NEXT!
06-02-2013 23:25
akoscielski3
Upon closer review of the picture, there are only cuts on the one side of each circle.
Therefore it is a hopper that helix's us to your shooter.
yes??
06-02-2013 23:26
inkspell4|
Upon closer review of the picture, there are only cuts on the one side of each circle.
Therefore it is a hopper that helix's us to your shooter. yes?? |
06-02-2013 23:43
akoscielski3
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Or the method of cutting out the center of each circle required them to make the cuts
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07-02-2013 00:01
s_forbesThis is obviously a holder for a frisbee sample. I assume that you are using a colored frisbee as a physical sample on your robot to calibrate your vision system to the changing lighting conditions on the field, similar to the calibration unit on the Mars Science Laboratory rover.
07-02-2013 00:05
inkspell4|
This is obviously a holder for a frisbee sample. I assume that you are using a colored frisbee as a physical sample on your robot to calibrate your vision system to the changing lighting conditions on the field, similar to the calibration unit on the Mars Science Laboratory rover.
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07-02-2013 09:29
Lil' Lavery
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Frisbee pickup. Push this onto a Frisbee from the top, and it pops into a vertical hopper.
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07-02-2013 14:16
mocibot|
You may want to check the rules I'm not sure if an arc reactor wold be allowed on the robot
And how are the metal brackets mounted to the board? |
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Upon closer review of the picture, there are only cuts on the one side of each circle.
Therefore it is a hopper that helix's us to your shooter. yes?? |
|
This is obviously a holder for a frisbee sample. I assume that you are using a colored frisbee as a physical sample on your robot to calibrate your vision system to the changing lighting conditions on the field, similar to the calibration unit on the Mars Science Laboratory rover.
|
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Look at the writing on the protective covering on the polycarb. Using that to guess the scale, it seems like it's far larger than a single frisbee.
I'm going with some sort of spiraling and/or rotating frisbee storage. |
08-02-2013 20:56
Mike Marandola
It is a Frisbee pick up device that works like one of those bags that pick up golf balls. We prototyped an identical device using surgical tubing going around the bucket.
08-02-2013 21:21
mocibotI don't play golf, so I'm not sure what you're talking about. Can you give a little more detail or a link to a picture or description?
09-02-2013 11:54
Mike Marandola
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I don't play golf, so I'm not sure what you're talking about. Can you give a little more detail or a link to a picture or description?
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09-02-2013 12:38
tsaksaA lot of the students will not recognize this, but it is clearly a Phenakistoscope. A popular multimedia device used to dress up some of the early steam powered FIRST robots from the 1800's. I am glad to see teams still drawing ideas from those early competitions.
09-02-2013 17:55
minidave910I'm fairly certain powering your robot with an arc reactor is illegal 