Extending above 60"

[tinybob20]

Speaking from a team with (potentially) a full court shooter, I can see these types of defense bots being quite annoying. We could easily get shut down by a bot just sitting in-front of us, with a shield raised. But I could also see us potentially breaking a robot, just from our Frisbee speed/impact force.

[cmrnpizzo14]

Originally Posted by tinybob20

Speaking from a team with (potentially) a full court shooter, I can see these types of defense bots being quite annoying. We could easily get shut down by a bot just sitting in-front of us, with a shield raised. But I could also see us potentially breaking a robot, just from our Frisbee speed/impact force.

How strong is your shooter looking right now? Also, it is nice to throw them hard, but are you accurate at all?

[tinybob20]

Originally Posted by cmrnpizzo14

How strong is your shooter looking right now? Also, it is nice to throw them hard, but are you accurate at all?

Currently, we don't have a good bearing on how accurate our shooter is, but it does seem to hit a foot to half a foot radius circle at 50ft. As for how powerful it is, we can put a pretty nice dent in drywall at 20ft.

[Arpan]

It is incredibly hard to break a robot. I'd guess that a 1/32nd polycarb shield, swiss cheesed, and attached to thin angle, could hold against a 100mph frisbee shot no problem.

[ehfeinberg]

Originally Posted by tinybob20

Speaking from a team with (potentially) a full court shooter, I can see these types of defense bots being quite annoying. We could easily get shut down by a bot just sitting in-front of us, with a shield raised.

With a full court shooter, a tall robot would put a damper to our strategy. If a tall robot does get in our way, we could easily move to the pyramid hot spot. It would just take more time.

Originally Posted by tinybob20

But I could also see us potentially breaking a robot, just from our Frisbee speed/impact force.

Same with us. Our shooter caused my hands to sting when catching discs from over 75 feet away.

Originally Posted by cmrnpizzo14

How strong is your shooter looking right now? Also, it is nice to throw them hard, but are you accurate at all?

Our shooter is about 50% from the feeder station into the high goal (upwards of 75% when shooting into the middle). We are also about 75% into the top goal when shooting into the high goal from the pyramid sweet spot.

[Nemo]

Originally Posted by tinybob20

Speaking from a team with (potentially) a full court shooter, I can see these types of defense bots being quite annoying. We could easily get shut down by a bot just sitting in-front of us, with a shield raised. But I could also see us potentially breaking a robot, just from our Frisbee speed/impact force.

A deflector can have a pretty good slope to it. It doesn't have to completely block the frisbee.

[AllenGregoryIV]

We can get up high. Our most recent blog post has pictures of our robot and practice/prototype robot fully extended.

http://3847.blogspot.com/

We had the idea of blocking full court shooters pretty early on. The horns at the top of the lift get to 83.75".

The robot is as stable as the robot I worked on in 2011 for Logomotion. It would tip if we accelerated full throttle (6 CIMS) at full height but not if a we were just pushed in the bumper zone. We also have bumpers plus 20 more pounds of weight to add to the frame.

[1629GaCo]

1629 GaCo has the ability to extend to 84" to block shots.

[jimwick]

We've noticed that many (most?) bots have their shooters pretty low. Our bot does not extend but it is 60" high and we think we will be able to interfere with a number of shooters.

[Andrei1559]

Originally Posted by tinybob20

Speaking from a team with (potentially) a full court shooter, I can see these types of defense bots being quite annoying. We could easily get shut down by a bot just sitting in-front of us, with a shield raised. But I could also see us potentially breaking a robot, just from our Frisbee speed/impact force.

Our shooter is SOOO much better than yours. We can climb three levels faster than you ever could. In fact I regret working with you. Love you Jeremy!