We will be participating in one or two off season events in the LA area if you’d like to check out the robot in person and/or chat with the team. We’ll also be hosting an open house at our lab on 9/29 from 2-4pm if you’d like to see our lab setup.
294 is the real deal! Fantastic team to work with. Solid cycling but even greater defense that fit our alliance perfectly.
Super stoked we got to play with y’all. You can see in the background of the alliance selection webcast @Tom_Bottiglieri do a huge “f ya” fist pump when we knew we could snag you.
Excited to step through this CAD with our students.
Assuming we hold the date (some movement is possible), that’s a great idea.
@Torrance : Appreciate the vote of confidence and the opportunity to play on the alliance. I just re-watched alliance selection
The Newton playoff matches were especially fun strategically as we needed to make a key mid-match adjustment in every match to best support the alliance. I especially liked our 3 match battle against the #2 alliance, where our previous defense enabled us to “defend” while passing in the last match.
Sorry I’m a bit late to the party. What material did you guys use for your bellypan? BTW it was an absolute joy to play with you guys in Arizona AND Aerospace :D.
Hello! We used a fully wood bellypan initially since it made electronic mounting really simple and effective, but later found that due to how low our robot is the wood was being damaged on the back from the weight of the battery mounted there. So we ended up machining a new aluminum belly pan in two pieces, one piece for the back to go under the battery and one piece to replace the other 2/3 of the belly pan, but we didn’t end up installing the 2/3 piece.
To make a long story short, we used wood for 2/3 of the belly pan where we mounted most of the lighter electronics, aluminum for the other 1/3 on the back to support the battery.
It was awesome playing with you guys too! Always love going to events where you guys are!
I’m wondering how the 90 degree gearbox for the pivot is connected to the robot (as it seems to be floating in CAD). Does the side-plate extends down a bit to connect the gearbox?
The 90 degree gearbox is connected to the robot via a semi-long screw and metal spacers through the 2x1 tube. The 90 degree gearbox itself is tapped. This method worked the best as well since it still allowed us to add the rev through bore encoder to calculate the angle of the arm. We also added 4x redundancy to this with bump switches towards the top of the arm.