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Time to Knock Down 10pt in Auto
For all the teams who are trying to knock off the 10pt ball during autonomous and for all the teams that have succeeded in doing so... how long does it take?
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Re: Time to Knock Down 10pt in Auto
I would like to know the same thing. My team didn't have enough time to test the IR sensors, I have always been wondering if they work and how well.
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Re: Time to Knock Down 10pt in Auto
~4.16 seconds... :D
Thats of course if all works well like it did at the test facility! I heard that the fastest time so far was about 2 seconds. |
Re: Time to Knock Down 10pt in Auto
IMHO, it dosn't matter. Unlike last year where to the top of the ramp ment points, I think speed to 10pt ball is useless. Life will not be easier if you get ther first or last.
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Re: Time to Knock Down 10pt in Auto
Speed will be important to some strategies. Especially since the balls contol when the other balls drop I can see being able to control at least your side will be important. I'd have to as to see how fast ours was but I know it will be around 5 seconds as a rough estimate. That's being conservative though.
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Re: Time to Knock Down 10pt in Auto
But... getting thier faster does leave you time to do other things or get in position for the drivers to take over. That's the plan!!
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Re: Time to Knock Down 10pt in Auto
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Re: Time to Knock Down 10pt in Auto
Hmm, If i had to guess, the fastest time we will see will be around 3 seconds. Maybe we will see high 2 seconds, MAYBE. But I seriously doubt it.
I figure that it is about 30 feet from the wall to the ball, if a fast robot travels at about 10 feet/second, we're looking at about 3 secs. We max out at about 8-9 ft/sec so it would take us about 3.5 secs to knock the ball off. Everything depends on the form of sensing, line trackers will take the longest at about 10-15 secs, IR tracking will be about 8-12 seconds, inertial guidance will take about 4-6 secs (depending on the skill of the programmers) that will be followed by dead reckoning and encoder based systems which I will predict will be the fastest. This is all of course dependant on the skillz of the programmers and the hardware design. I would guess, that depending on practice and skill, encoder and inertial systems will be tied for the fastest systems. Combinations of those systems will also be in contention for the fastest. If that is our autanamous stratagy... :D Good Luck!!! -Andy |
Re: Time to Knock Down 10pt in Auto
The ball is <24 feet. There are several robots that can go 15ft/sec +. So I expect to see several 2 seconds and possibly even a sub 2.
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Re: Time to Knock Down 10pt in Auto
2 seconds would really be impressive
not only being able to move that fast from a dead stop but being able to track the ball position while moving that fast, stay on course and detect precisely when to trigger whatever it is that knocks the ball off. Sounds like a good basis for an unoffical team sponsored award - fastest time to release ball - the silver bullet award :^) |
Re: Time to Knock Down 10pt in Auto
So how fast does your team do it, Ken?
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we will be there around 5 seconds - we are using the stock sprocket trannys this year - not real fast, but they do what we want. |
Re: Time to Knock Down 10pt in Auto
As my good alumnist cliff put it, "we get there in 3.7 seconds only because we have to slow down to turn." From what you are all saying, it is pretty quick I guess.
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Re: Time to Knock Down 10pt in Auto
About 3 seconds for us. Our carpet was slightely rougher than the FIRST carpet though and we will have to adjust the program a little.
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