This is a bit of a rebuilding year for the team so we are looking for any and all feed back!
Our current plan is to shoot from against the tower and climb to the 2nd bar. The hope is to eventually perform a maneuver we have coined as a “monkey grab” in order to get to the high bar and eventually the traversal. Here is the link to the current state of the cad
Looks like I was wrong about that. But I do think that you’ll end up bending the hex shaft you have your climber mounted on I’d suggest adding a bearing on the outsides to help retain everything
you are a 100 percent correct, that’s currently on the todo list, we are focusing on finishing the cargo aspect currently since that is higher on our priority list
Hi, are the inner climbing arms installed at a fixed vertical angle? For the outer climbing arms, I spot a motor at a corner which I assume is to power the long shaft and change the angle of the outer arms, if not how do u guys change the angle of the outer arms? Thank you !
I am working on the climber for my team, I think we have the almost identical idea haha. I assume the inner arms are for “hanging”, and the outer arms are for “reaching to the next rung”. When your robot is ready to climb, u would park your robot right under the mid rung, and the vertical arms would hook onto the mid rung, when the robot is hanging on the mid rung, the outer arms would extend and grab onto the next rung and swing the robot right under the next rung, the process repeats for the climb from high to the traverse rung. Am I correct?
Glad to see you guys are still doing Public CAD, even in the midst of a rebuild. Best of luck this season. I might poke around your CAD and ask some questions later!
Do you guys have a plan to implement any pneumatic system on the robot or are you currently designing without one?
Yup! We are! We are also in a similar position of rebuilding this year. The reason why we like this style of climb is because it allowed us to approach everything in steps: first focus on getting to the mid rung consistently, and then once we have something that we know works, we can add on the secondary arms to get to the higher rungs knowing that if we fail to design those, we can always just use the original climber.
It’s great to still see you guys doing public CAD this year. It still felt like yesterday when we played with you for Granite State in 2020! Best of luck this season.
What is the gear reduction ratio that you designed for the climber pivot? The pivot should be powered by two falcons, right? (I only see one, you might just forget to unhide the other.)