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View Full Version : Team 319 Presents: Bob


Ty Tremblay
19-02-2014, 21:02
Team 319's offering for Aerial Assist.

Reveal Video (http://www.youtube.com/watch?feature=player_detailpage&v=mfZVYwajDr0)

We'll be at the UNH and Pine Tree Districts.

Good luck teams!

=Martin=Taylor=
19-02-2014, 22:46
Excellent!

I really like this design. Very innovative.

...and its been proven on the battlefield unlike some other reveal videos.

DampRobot
19-02-2014, 23:06
Excellent!

I really like this design. Very innovative.

...and its been proven on the battlefield unlike some other reveal videos.

I too was very impressed by this design in the week zero videos I saw. Great design and implementation!

ProgramOn
19-02-2014, 23:08
Proven to work. :) Go BOB!
-Team 811

Nathan Streeter
20-02-2014, 00:09
Great robot, guys! I'm looking forward to seeing where this season takes you!

You definitely were great at Week Zero... probably the strongest robot there!

Canon reeves
20-02-2014, 09:20
Looks and works great! How do yall hold the nets up in the frame perimeter?

mwtidd
20-02-2014, 09:28
Looks and works great! How do yall hold the nets up in the frame perimeter?
Thanks!
Silent Velcro

Ty Tremblay
20-02-2014, 09:28
Thanks everyone!

Nathan, if your robot hadn't been shut off by a ball in the second finals round, we may not have been able to handle the combination of your defense and 125's offence. Another awesome robot from 1519. Here's hoping for another Einstein appearance!

How do yall hold the nets up in the frame perimeter?

There are 3 PVC "arms" holding the nets. The back arm is held in by the two side arms and the two side arms have velcro straps that are attached to The Mechanism (our collector/shooter) when they're closed. When The Mechanism moves forward, the velcro is ripped apart and the arms fling open via surgical tubing. You can see them opening in the beginning of this video: https://www.youtube.com/watch?v=pnazFHTGG_I

We're planning on removing the velcro and making the side arms actuated to help us actively catch.

fox46
20-02-2014, 09:42
That is a very simple and elegant loader/thrower mechanism- Love it!

M.O'Reilly
20-02-2014, 09:55
I think this is my favorite robot I've seen so far. Very cool and simple. Seems to be (mainly) only one moving part. Great work and good luck.

Ty Tremblay
20-02-2014, 12:28
Thanks again! Here's a video I made back at the beginning of the build season that describes how it works: https://www.youtube.com/watch?v=JMs-XUdprrE

Joe G.
20-02-2014, 12:35
Very cool! I had the same concept of using the intake arm as a shooter, but my draft was done purely motor assisted, and we ultimately didn't go with it due to worries about the required build up of speed outside the frame perimeter whacking other robots. The over-center tubing assist is a brilliant way of addressing this issue, and making an unbelievably elegant machine!

Can't wait to see it in person!

nxtmonkeys
20-02-2014, 12:35
You named it Bob? I wanted to name my robot Bob, but my team wanted to call it the Phantom instead.

BrendanB
20-02-2014, 12:39
Great robot 319! Can't wait to play with you guys again at UNH!

JamesCH95
20-02-2014, 12:42
Love it 319. You guys always find a different and great way to play each game.

Agentarrow
20-02-2014, 17:30
That is a beautiful and clever design. I can honestly say that your solution never crossed my mind when I thought about potential designs. Kudos for thinking outside the box guys!

JesseK
20-02-2014, 17:37
Nice integration of mechanisms!

Does extra spin from the roller intake wheels have much of an impact on the final trajectory of the ball?

magnets
20-02-2014, 17:41
My favorite robot this year so far. It's simplicity with the collector/shooter will really win matches.

Ty Tremblay
20-02-2014, 18:06
That is a beautiful and clever design. I can honestly say that your solution never crossed my mind when I thought about potential designs. Kudos for thinking outside the box guys!

To hear that from a team such as 469 is really something. I've always loved how your designs are always different yet utterly dominating.

Nice integration of mechanisms!

Does extra spin from the roller intake wheels have much of an impact on the final trajectory of the ball?

It does! Spinning them forward (collecting) while throwing keeps the ball on the arm longer, flattening the trajectory. Spinning them backward while throwing causes the ball to come off earlier, creating more of a lob shot. Lots to play with and tune!