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FRC Team 1902 4-H Exploding Bacon Robotics’ 2008 Robot. Un-Officially known as the WalrusPig.
10-02-2008 12:21
vivek16wuh.. buh..gah.. duh?
sweet.
what motors are you using to move the second arm segment?
thanks, Vivek
10-02-2008 12:22
evanisthat!
This is an incredible robot! It is so clean and it seems every ounce has been well thought out and taken care of. Great job! How fast does it go? How fast can it lift?
Oink Oink!
10-02-2008 12:44
Barry Bonzack
Look at that powdercoating... Obnoxiously Awesome.
10-02-2008 12:49
ggoldmanLong lost twins??
http://www.chiefdelphi.com/forums/sh...ad.php?t=62626
I see you guys have a pneumatic pivot on your arm, what is it for?
10-02-2008 13:04
Stephen Kowskii regret exposing you all to powder coating.....
tell the miami hurricanes they owe you some sponsorship dollars
10-02-2008 13:21
Guy Davidson
10-02-2008 13:25
roboticWanderorvery well done! looks heavy duty!
10-02-2008 13:39
notaPINKtruckOINK! OINK! BOOM!
That is all.
10-02-2008 13:42
cziggy343nice robot! we have a minipulator that picks up the ball the same way... and ours works!
good luck!
-ziggy
edit: after further review... what are the pnuematics for? we have them too, i wanted to see if we use them similarly
10-02-2008 13:45
Vikesrock
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Long lost twins??
http://www.chiefdelphi.com/forums/sh...ad.php?t=62626 I see you guys have a pneumatic pivot on your arm, what is it for? |
10-02-2008 14:28
TetramanObviously the most competitive and visionary claw system out there.
10-02-2008 15:01
thefro526
I like it, nice and simple design and if it's anything like your 07 robot it's bound to do well
10-02-2008 17:34
Doug LeppardAs the lead engineer mentor I want to congratulate our hardware guys putting together one awesome robot. Looks great up close.
Way to go team!
10-02-2008 17:46
Swampdude
Nice machine guys, I'm sure it's going to rock out a nice hybrid mode too. Does it function the same as 121?
10-02-2008 17:55
Maggie27That's amazing!!
& love the colors.
Very neat & tidy. LOVE IT!!!

10-02-2008 20:33
rachalpneumatic pivot? wait.....omg are you going to hurdle by flipping your arm over really fast? 
10-02-2008 20:59
Tapoore
Nice bot! Same colors as last year...
What motor is powering the arm?
10-02-2008 22:16
DonRotolo
Oink Oink Boom, indeed. The Boom is clearly coming from the heads of all who observe this awesome, er.. - WalrusPig?
Boy am I glad you guys are not coming to NJ...
Don
10-02-2008 22:38
Josh GoodmanIt looks really cool! I am jealous of your design. If it hurdles as well as 121 showed us it could, I'm seeing this type of bot as a powerhouse.
10-02-2008 22:50
ChrisI'm curious how influenced you were by 121's design?
Looks great, the color scheme is very nice ( not like any walrus or pig I've ever seen ;-) ).
Good Luck This Year
10-02-2008 22:50
Dan Richardson
Thanks for the compliments guys, what you see here is almost done just a few add ons such as a ball knocker for hybrid period and also noticed a need for gas strut on the arm while driving it today.
http://picasaweb.google.com/DanRRichardson/2008Robot
Should answer most of the other questions, I think.
This is an incredible robot! It is so clean and it seems every ounce has been well thought out and taken care of. Great job! How fast does it go? How fast can it lift? Oink Oink! |
10-02-2008 23:11
AdamHeard
Wow.... Simply amazing, I like the subtle influences some teams seem to have had on it.
11-02-2008 00:39
M. MellottA beautiful design! Love the integrated transmissions and the simplicity of the arm design!
Congrats to your entire team!!
11-02-2008 08:28
Phil Rossdoes the globe motor on your roller claw backdrive at all when you have the ball sucked in? that was a problem we had with it when we tested ours.
other than that, your bot looks awesome!
11-02-2008 08:57
Doug Leppard|
I'm curious how influenced you were by 121's design?
Looks great, the color scheme is very nice ( not like any walrus or pig I've ever seen ;-) ). Good Luck This Year |
11-02-2008 09:06
MrForbes
It is a very nice machine! Great job.
One concern that sticks out at me is the pointy ends on the claw, and the one square inch rule...you might want to think about ways to blunt the four points. One way to do this might be to move the last spacer out to the very end, or add another spacer out there.
"<R04> Protrusions from the ROBOT shall not pose hazards to GAME PIECES, team members or event staff. If, in the judgment of the inspectors or referees, a device on the ROBOT poses a hazard (particularly puncture or impalement hazards), the team will be required to remedy the situation before the ROBOT will be allowed to play. If the ROBOT includes protrusions that form the “leading edge” of the ROBOT as it drives, and are less than one square inch in surface area, it will invite detailed inspection. For example, forklifts, lifting arms, grapplers. etc. may be carefully inspected for these hazards.
Note that robot inspectors will be looking for sharp corners and edges that could cause injury, pinch points, entanglement hazards, and impaling projections. Please mitigate all such hazards. This is for the protection of team members as well as game equipment."
11-02-2008 11:05
TD78
Looks really good guys...I look forward to seeing it in action!
How do you plan on knocking down the ball?
11-02-2008 11:21
Matt_Kaplan1902
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does the globe motor on your roller claw backdrive at all when you have the ball sucked in? that was a problem we had with it when we tested ours.
other than that, your bot looks awesome! |
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Looks really good guys...I look forward to seeing it in action!
How do you plan on knocking down the ball? |
11-02-2008 11:50
Doug Leppard|
It is a very nice machine! Great job.
One concern that sticks out at me is the pointy ends on the claw, and the one square inch rule...you might want to think about ways to blunt the four points. One way to do this might be to move the last spacer out to the very end, or add another spacer out there. "<R04> Protrusions from the ROBOT shall not pose hazards to GAME PIECES, team members or event staff. If, in the judgment of the inspectors or referees, a device on the ROBOT poses a hazard (particularly puncture or impalement hazards), the team will be required to remedy the situation before the ROBOT will be allowed to play. If the ROBOT includes protrusions that form the “leading edge” of the ROBOT as it drives, and are less than one square inch in surface area, it will invite detailed inspection. For example, forklifts, lifting arms, grapplers. etc. may be carefully inspected for these hazards. Note that robot inspectors will be looking for sharp corners and edges that could cause injury, pinch points, entanglement hazards, and impaling projections. Please mitigate all such hazards. This is for the protection of team members as well as game equipment." |
11-02-2008 13:28
Dan Richardson
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It is a very nice machine! Great job.
One concern that sticks out at me is the pointy ends on the claw, and the one square inch rule...you might want to think about ways to blunt the four points. One way to do this might be to move the last spacer out to the very end, or add another spacer out there. "<R04> Protrusions from the ROBOT shall not pose hazards to GAME PIECES, team members or event staff. If, in the judgment of the inspectors or referees, a device on the ROBOT poses a hazard (particularly puncture or impalement hazards), the team will be required to remedy the situation before the ROBOT will be allowed to play. If the ROBOT includes protrusions that form the “leading edge” of the ROBOT as it drives, and are less than one square inch in surface area, it will invite detailed inspection. For example, forklifts, lifting arms, grapplers. etc. may be carefully inspected for these hazards. Note that robot inspectors will be looking for sharp corners and edges that could cause injury, pinch points, entanglement hazards, and impaling projections. Please mitigate all such hazards. This is for the protection of team members as well as game equipment." |
11-02-2008 13:32
MrForbes
I was concerned mostly from the impaling people perspective.
You have those tube spacers between the claw panels, it seems to me it would be relatively easy to just add another pair at the very end, and that would make the point into a corner.