Western League Tournament

This team built a robot from the ground up using CAD. Intricately machined, it intakes and transfers rings with clever use of compliance. With WIDESPREAD ARMS and BRIGHT YELLOW PAINT, no rings will pass this robust shooting machine.

In a year when many activities were paused, this team maintained momentum with outreach that impacted students and the community all the way up to the town leaders. They hosted camps, spoke to their chamber commerce, donated a robot, and worked with an FLL team on a sports mentorship program. These TIGERS rose up to the challenge of their rivals with an eye for spreading the word of FIRST to their community.

This team's computer vision found the stack quickly. Their robot went the DISTANCE for their powershots. They made sure that they weren't TRICKed by their encoder counts.

This team had an innovative approach to intake rings. They used multiple wheels to pull both the rolling and flat rings into their robot. Their angled shooter approach showed a lot of BRAINS.

This INQUISITIVE team made connections with their STEM community to improve their robot design. They added a series of virtual presentations and shared FIRST with their community. This team's connections are OUT OF THIS WORLD.

This team’s detailed engineering portfolio left the judges wishing for more. The underlaying math used to design their turret is documented in great detail in their portfolio. From design to code and CAD to Calculus, their portfolio makes a GIANT statement about this team.

This team performed well in both technical and community outreach efforts. Their colorful portfolio contained great detail regarding their trajectories for launching rings and the use of auto aiming in their autonomous programming. They hope that SOME DAY people will learn to pronounce their name correctly.