pic: Team 1942-Cinderella Week 3 . . .

[aviad1942]

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[Galum]

Are those mecanum on the end and omni in the middle? Interesting. You'll move well but I doubt your robot will be able to push anyone; this may be a serious flaw in the design imo. Furthermore, seems like the entire build is a little bit high; it may cause some problems, especially with the scissor-lift – just a spectator's view. Good luck at the regional guys, this seems like a very interesting bot!

[Tom Line]

That's pretty awesome! Remember though that you cannot drag any part of your chassis on the bump. It appears that you'll need to add a bit of clearance.

[keehun]

Wow, you guys pulled off a working scissor lift. That's quite the feat. Is it powered yet?

[Madison]

Originally Posted by Tom Line

That's pretty awesome! Remember though that you cannot drag any part of your chassis on the bump. It appears that you'll need to add a bit of clearance.

Was this clarification made in a Q&A response?

[MikePres]

Our mentors said it's too complicated when we suggested this idea...
well at least they got OWND.

Good job guys, see you in Tel-Aviv P:

[KC1AJT]

you do realize that a flat piece of metal cannot hang on a round bar, right?

[alectronic]

Our team was considering a robot base with "pivot" in the center also. I cannot find the exact spot in the Q & A, but I believe that it was clarified that a base that pivots in the center is a violation of <R11>, which is why we changed out design. I may be wrong though.
Looks cool though!

[Galum]

Originally Posted by MikePres

Our mentors said it's too complicated when we suggested this idea...
well at least they got OWND.

Good job guys, see you in Tel-Aviv P:

It's not complicated at all; we used those in 05, 07 and 08. It's just very tiring work because everything needs to be very precise.

Regarding <R11>, I think I read something about it, but I can’t really recall. Can anyone find the exact thing and link/repost?

[EricH]

Originally Posted by Madison

Was this clarification made in a Q&A response?

The Q&A clarified that about chains dragging. I'm not sure about how that applies to frames.

A flat bar can hang on a round bar, provided that there is a hook-type extension on one end.

The base that pivots in the center only applies to the Frame Perimeter. The GDC has clarified that in Q&A around Week 1.

[Akash Rastogi]

Originally Posted by computerteen643

you do realize that a flat piece of metal cannot hang on a round bar, right?

Really?? Since when?

I'm sure there's hooks or something going on that shaft.

[Valkyries_698]

rule 8.3.2
<R11> The FRAME PERIMETER must be comprised of fixed, non-articulated
structural elements of the ROBOT. The FRAME PERIMETER must remain a
fixed, unchanging polygon throughout the MATCH.

[EricH]

Originally Posted by Valkyries_698

rule 8.3.2
<R11> The FRAME PERIMETER must be comprised of fixed, non-articulated
structural elements of the ROBOT. The FRAME PERIMETER must remain a
fixed, unchanging polygon throughout the MATCH.

Yep, the drivetrain doesn't count in frame perimeter determination. That solid frame above the drive would be the frame perimeter.

[MikePres]

Is it only me or the metal frame of the drive train touches the carpet?

[sanddrag]

Originally Posted by EricH

The Q&A clarified that about chains dragging.

Eric, do you have a link to this response?