Eastern League Tournament

This team has a robot design that is stable, with a thorough engineering portfolio. The community team used odometry, real life inspiration, and CAD design to give them the edge as their robot evolved through the season. These KNIGHTS have developed their robot with VALOR to compete in the Ultimate Goal challenge.

This team set their own Ultimate Goal of getting more organized. They used an Agile Scrum framework to track not only their technical progress, but also grow their outreach and team member training. These Gracious Professionals PROWLED their way to success this season.

The judges were very impressed with the extremely detailed video this team produced. Their custom TRAPAZOIDAL based speed control algorithm moved the robot consistently through their pre-programmed routes. This teams robot was definitely NOT a LEMON.

This team lifts rings to its launcher with elegant simplicity. In this design, intricate precision gears and custom spindles MARCH in unison. These young CRUSADERS chose uniquely routed wood as their tool to achieve victory.

This team did a great job of reaching out to specialists in the fields of science to learn about engineering and to get guidance on their own robot. They participated in all 5 scrimmages and all 6 meets for this season. Team members kept TWO EYES on their robot this season, making their robot the best it could BEEE.

This team had a comprehensive and detailed engineering portfolio. It clearly demonstrated how their robot is able to consistently knock the powershots autonomously during end game. This team's colorful diagrams and CAD are far from CORNY.

This team exemplifies the Inspire award goal of being a well-rounded team, excelling both technically and in outreach. Their virtual outreach efforts resulted in doubling the size of their team. Their effective design resulted in the use of a deflector to prevent the rings from flying OUT OF control.