Over the last year, our team has experienced an interesting fifteenth season. Because of COVID-19 restrictions, our team competed virtually. This included different skill competitions, where students used the robot to complete challenges. We submitted a Chairman’s award application, participated in the innovation challenge, as well as the game design challenge. Our team also had …
Our team accomplished several tasks during week nine. As competition approaches our build team has worked to finalize the robot. The electrical team finished wiring the robot. The build team finished and mounted our climbing mechanism, in preparation for testing this system. Our intake mechanism was mounted and tested, and found it to be very …
Week eight has commenced. Our electrical team worked on wiring the proximity sensors, mounting our belly pan. The electrical team also worked on teaching newer members how to solder. The build team continued working on perfecting the intake system, as well as mounting the color wheel design. The color wheel design was also put into …
And just like that, week 6 is done! This week was quite productive, the build team is almost complete with the ball handler, our ball launcher is close to 90% complete, the robot’s ball grabber and climber have continued to be worked on, and they’ve brainstormed ideas for the control panel. Our programmers have been …
Week five has come to an end. This week our electrical team created an electrical plan for the robot. The old robots got up to date with the new code. The design team worked on CADing the magazine for the powercells and the launchers walls, then they started CNCing the launchers walls. The business team …
And that concludes Week 4! Our programming team has perfected swerve drive while also beginning targeting with Limelight. They have begun prototyping a winch for climbing as well. The design team has continued work on CAD while also training new members on how to use the program. This week our electrical team built and tested …
Week three has officially commenced. This week the build and design team prototyped and built different feed-in mechanisms for the ball intake. The ball launcher has consistently been able to score power cells in the high goal. The build team practiced welding for frame assembly. Swerve drive programs were worked on, and the programming team …
Week one was extremely productive. The programmers worked together to get caught up on the code structure changes for 2020. They also started to work on the code for the flat bot, and figured out how to read the encoder. The build team made several different prototype ball launchers, to find the most effective design. …