A Careful Finish at the Robotics Meet
1Students from Bellwick Middle School returned Saturday with first place in the beginner division of a regional robotics competition. Their robot transported foam supply blocks across a marked course and placed them on shelves. The competition included beginner and advanced divisions, with separate rankings for each. Bellwick entered only the beginner division, which included eight teams.
2During the opening round, Bellwick’s robot developed a problem near the second shelf. Its wheels stopped turning for six seconds, although the motor continued humming. A yellow boundary stripe ran beside the shelf. Judges watched from behind a low barrier. The robot eventually completed the route, but the delay reduced the team’s score.
3Between rounds, team member Zoya Menon examined the robot’s lifting arm. She discovered that a loose cable was catching beneath a wheel. Zoya secured the cable with a clip while teammate Idris Vale checked the route instructions. The students kept the original program rather than rewriting it. Their adjustment addressed a mechanical problem, not a programming error.
4In the final round, the robot delivered seven blocks in ninety seconds. It had delivered five blocks during its opening round, which also lasted ninety seconds. Both rounds used the same course. The final score placed Bellwick ahead of the other beginner teams, although an advanced team delivered more blocks on a different course.
5Team captain Renata Park credited the students’ repair checklist. “We checked one possible cause at a time instead of changing everything,” she said. Coach Mr. Vang said the students had practiced that method during meetings. Neither the coach nor the students claimed that the checklist could prevent every equipment problem. The loose cable had escaped notice during practice.
6The team plans to demonstrate the robot during next month’s school activities period. A room has not been assigned, so the demonstration’s location remains unconfirmed. Students will explain how they identified the cable problem and why they left the program unchanged. Renata hopes the demonstration will show that troubleshooting involves careful decisions as well as quick repairs.