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#1
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Re: Robot climbing times
Which number matters for your application depends on how long you will be drawing the maximum current during the lift. You can pull 133 amps for a couple seconds without issue.
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#2
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Re: Robot climbing times
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You can generally safely run 1.5x-2x the breaker current for a few seconds without trouble. It's how most single speed drives begin pushing matches. |
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#3
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Re: Robot climbing times
I'm really interested to see the value proposition that the elite teams take. Every year, there seems to be a killer design component that the elite figure out early, and the rest struggle to implement after seeing the effectiveness.
see: 2012 stingers, 2011 ramped minibot launchers/minimalist minibots, 2010 ball magnets/hanging on the vertical bars I have a sneaking suspicion that there will be a divide amongst the elite this year. Some will have 30pt climbers that are effective, and others will have a corner based 20pt climb thats ridiculously fast (like some of the stupidly fast hangers in 2010 [~2s]) |
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#4
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Re: Robot climbing times
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#5
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Re: Robot climbing times
Right-o. If you can shoot seven three pointers and make a ten-point hang on the lowest bar in the same amount of time, you just one-upped a "thirty point climb". Ten three pointers and no hang and you tied it.
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#6
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Re: Robot climbing times
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The elite will be able to, but the best will 30pt hang in under 15 seconds also. |
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#7
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Re: Robot climbing times
so do you think the hightest score will be like 98? im thinking 30pt hang, 7 discs 35pts, auton 18 for the "Elite Teams" extra 15 points?
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#8
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Re: Robot climbing times
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Plus, elite alliances won't have any discs left to huck at the end. (edit-- this doesn't account for the possibility of a higher-accuracy score of 4 colored discs into the pyramid goal either). So I definitely think that high-caliber teams want a 30-point climb as an option for endgame. *Of course, the kids who built an 18-shot bot last year aren't on that team any more Last edited by JesseK : 08-01-2013 at 15:24. |
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#9
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Re: Robot climbing times
We have a conceptual design that will be easy to automate. We're in the process of proofing it now. Taking away driver hesitation between tiny repeatable movements should easily shave off 5 seconds, no matter what the final motors/gears are.
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#10
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Re: Robot climbing times
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some will be sub 5s and others will be much much slower. |
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#11
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Re: Robot climbing times
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EDIT: Team 217 has not deemed it impossible. It is simply highly unlikely. Last edited by CalTran : 08-01-2013 at 13:18. Reason: Misinterpretation |
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#12
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Re: Robot climbing times
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For clarification, Team 217 does not deem it impossible, I personally think it is like Nessy, some people will claim it, but none will prove it. But I said the same thing last year about the triple balance ... |
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#13
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Re: Robot climbing times
I've learned not to underestimate FRC teams...
I have a design that could make a rather smooth ~4-second climb, but we've deemed it beyond our ability to manufacture to desired specifications. That said, I think well more teams will have ideas that could do it than teams that will have mechanisms that will. |
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#14
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Re: Robot climbing times
I think we may see a sub 4-second climb by 1 or 2 teams once or twice. I don't think those teams will be able to do it consistently without major repair work.
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