Lifts and elevators allow FRC robots to raise game pieces to different heights for scoring, placing, or stacking. These mechanisms use linear motion—often through cascading stages, belts, chains, or rails—to reach scoring levels efficiently and consistently. Understanding the basic concepts behind lift and elevator design helps team members think about reach, stability, and how vertical movement supports overall robot strategy.
This test focuses on the core ideas behind FRC lift and elevator mechanisms: how stages extend, how loads influence motion, how guides maintain alignment, and how design choices affect speed, precision, and reliability during gameplay.
If you are familiar with basic FRC robot systems, this test should take about 5–10 minutes to complete.
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If you are taking this test as part of a team, enter your team number. Coaches or team leaders may complete this form to request a list of individual total scores and the final free answer response for their team.