12-02-2009 19:02

Pelicano234

Re: pic: Dawgma 'Alice' Isometric

how many balls can you hold? Looks very sleek and professional(spellcheck)

12-02-2009 20:32

JaneYoung

Re: pic: Dawgma 'Alice' Isometric

It does look very sleek and professional.

12-02-2009 21:14

Ian Curtis

Re: pic: Dawgma 'Alice' Isometric

Do you have any protection for that front roller? In Aim High we had an 18" opening on our front with a guarded roller, and the guards (2"x1/8" C channel) would only last a match or two before they folded in to the point they were touching the roller. Or are you just banking on most robots being short enough they come in under the roller and just bang against the frame?

13-02-2009 00:05

Gaurav27

Re: pic: Dawgma 'Alice' Isometric

Very Sleek & Professional (in FIRST Terms, nice imagery! )

13-02-2009 07:09

Phil Ross

Re: pic: Dawgma 'Alice' Isometric

Quote:

Originally Posted by Pelicano234 how many balls can you hold? Looks very sleek and professional(spellcheck)

13-02-2009 07:10

Phil Ross

Re: pic: Dawgma 'Alice' Isometric

Quote:

Originally Posted by iCurtis Do you have any protection for that front roller? In Aim High we had an 18" opening on our front with a guarded roller, and the guards (2"x1/8" C channel) would only last a match or two before they folded in to the point they were touching the roller. Or are you just banking on most robots being short enough they come in under the roller and just bang against the frame?

13-02-2009 15:33

BPetry234

Re: pic: Dawgma 'Alice' Isometric

What do consider as your "hopper" space?

14-02-2009 01:22

brianelite

Re: pic: Dawgma 'Alice' Isometric

This is a very similar design to the one we are using.

14-02-2009 21:08

Rich Kressly

Re: pic: Dawgma 'Alice' Isometric

latest auto testing from today:
http://video.google.com/videoplay?do...74513082963712
We're getting there - robot is making better decisions on ball delivery and smoothing drive function calmed down the slippage and jerky motion. This was also on a rather drained battery which we could attribute the delayed motion to. After running with a full battery, the ball system started more quickly upon being in range.