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Our 2014 bot (almost completed) 's front side. That cage deploys out to the 20" maximum space. (This helps us with catching- the precision needed to catch is almost none)
26-01-2014 13:02
Madison
I'd love to see video of your robot catching. I think catching is going to be one of the most important abilities and it seems as if a lot of folks aren't giving it much thought.
How does your robot catch? Is it all reliant upon the driver positioning the machine appropriately? Does only one side open? How wide is the opening?
26-01-2014 14:13
Whippet
I see that you went for a similar design to us regarding catching. How well is it working without a fabric or net material covering the panels?
26-01-2014 20:32
Toa Circuit
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I'd love to see video of your robot catching. I think catching is going to be one of the most important abilities and it seems as if a lot of folks aren't giving it much thought.
How does your robot catch? Is it all reliant upon the driver positioning the machine appropriately? Does only one side open? How wide is the opening? |
26-01-2014 21:55
Nathan StreeterVery cool to see at least some teams going with this design! I'm sure our team was one of many teams to think of this concept but end up going in another direction because of how we wanted to design the "harvester" and launcher.
I know that I would love to have an alliance partner in elims that could effectively catch a throw (even if they could then just "pass" the ball on the ground to a partner)... I'm sure consistent catchers will do well in elims, even if not in quals. Obviously a team that alao combines consistent catching with ball acquisition and launching will be great!
27-01-2014 11:32
swwroboticsGreat design! But I can't seem to figure out how the sides open. Is it passive once the spool unwinds? Do the sides just fall down? Or are the sides actually controlled?
27-01-2014 12:06
Toa Circuit
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Great design! But I can't seem to figure out how the sides open. Is it passive once the spool unwinds? Do the sides just fall down? Or are the sides actually controlled?
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27-01-2014 14:43
JamesCH95I like how it winds up and deploys with string around the edges, very cool.
We on 95 also think that catching will be important, not only for scoring those 10 catch points, but also so that the in-bounder can simply chuck the ball into the robot instead of having to feed it in some way. No safe zones make human loading a tricky proposition once defense is involved.
27-01-2014 17:39
yash101
Sweet! I like the boxy design! So, what are some highlights of your bot? By what I'm hearing, is it able to catch/toss efficiently? Where does your bot catch from? Is this the final bot, or is it just a prototype/practice bot?
29-01-2014 10:10
blazeflipperMy team is going with a similar design however, our hinges are made of 3d printed plastic. They hold really well and those double as hard stops so the walls do not go outside the 20". We do not yet have a way to push the walls out once the guide line is opened. If anyone has any ideas they would greatly appreciated.
30-01-2014 11:45
Toa Circuit
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My team is going with a similar design however, our hinges are made of 3d printed plastic. They hold really well and those double as hard stops so the walls do not go outside the 20". We do not yet have a way to push the walls out once the guide line is opened. If anyone has any ideas they would greatly appreciated.
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