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After attaching our piston, 624 practiced triple-balancing with our 2012, 2011, and 2009 robots: 2 longs and a wide. The 2012 robot (Panzer) was able to successfully push up the other two robots (neither of which were powered on) and balance the bridge in a matter of about 15-20 seconds, with the help of the stinger.
About 1' of each long robot hangs off, excluding bumpers.
17-07-2012 14:03
CalTranI call photoshop! There's no way 2 long bots are able to triple balance
Nicely done! Looks like IRI will be as intense as ever.
17-07-2012 16:40
Ekcrbe|
I call photoshop! There's no way 2 long bots are able to triple balance
Nicely done! Looks like IRI will be as intense as ever. |
17-07-2012 16:42
Akash Rastogi|
Very funny.
The 2009 robot could use bumpers. It looks like you have the space for one set on the left side, but you would need another 4" on the right. I don't doubt that it's possible, however. |
17-07-2012 16:44
Ekcrbe
17-07-2012 17:25
akoscielski3
Nice job
All you need now is a robot like our with all th weight in the back. We go up first and everyone follows. We hang off just less than half the robot including our bumpers.
17-07-2012 17:34
OliviaGAwesome! I can't believe this actually worked. 
17-07-2012 18:04
Elizabeth Waters
17-07-2012 18:25
Ekcrbe|
Yep, there are bumpers on both sides. The bumper on the "right" side is just lower. We ziptied bumpers on for spacing purposes, hence the reason they're at different heights.
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17-07-2012 19:12
BrendanB|
I call photoshop! There's no way 2 long bots are able to triple balance
Nicely done! Looks like IRI will be as intense as ever. |
17-07-2012 19:29
GBKIt is possible, just ask the guys from 548 and 2054 They did it on the practice field at MSC with 1918