how to make a cardboard battle claw game

We then decided the optimal strategy to complete a circuit for the RP would be to score VPs without orienting at first to save time, and then orient them correctly in the last few cycles when necessary. While it is possible to simply score VPs without orienting them by just figuring out their orientation and placing them into the correct goals, this could mean missing out on a Ranking Point with bad luck. While the main scoring element has a fairly low skill floor, orienting the Voltaic Piles correctly to score additional points in the Power Bank and the potential Ranking Point is very difficult without significant design complexity. This CADathon game, Battery Battle, presents several unique challenges. No more than 10 motors other than the drivebase.Band saw, chop saw, drill press, hand tools.Glowforge Plus or equivalent 40W laser cutter.Prusa i3 MK3S or equivalent FDM 3D printer with all-metal hotend and hardened nozzle.

All custom parts must be able to be manufactured with the following equipment:.We also decided not to use any COTS parts from Vex/IFI, in light of recent events. We decided against using any pneumatics with increased motor slots on the REV Power Distribution Hub and increased legality of linear actuators, it’s just not worth the weight for most teams to run pneumatics for just one or two mechanisms. These are intended to encourage effective use of COTS parts and create a robot that an FRC team with mid-level manufacturing capabilities could reasonably build. In order to keep Obelisk relatively realistic to manufacture, we set a series of rules for our design. This robot and this design release was a collaboration between myself and CAD Document Technical Binder 2485 CADathon Awards Presentation DESIGN/STRATEGY Design Goals We were very happy to win the Robot Engineering & Industrial Design award. CADathon Team 235 Eclipse proudly presents Obelisk, our robot design submission for 2485’s Battery Battle CADathon.

How to make a cardboard battle claw game