Our PRIMARY students engaged in an exciting Pulling Robot Engineering Challenge, focusing on strength, stability, and smart design.

In this activity, students built robots specifically designed to pull weighted objects across a marked path. They explored how gear combinations, weight distribution, and surface grip affect performance. Instead of speed, the emphasis was on power and endurance.

Teams tested their robots with increasing loads, carefully observing which design features improved efficiency. They discussed improvements, reinforced weak structures, and adjusted mechanical setups to achieve better results.

This challenge enhanced resilience, teamwork, analytical observation, and practical application of engineering principles. Students learned that innovation is not only about moving fast—but also about building strong, efficient, and reliable systems.

A truly enriching STEM experience that strengthened both skills and confidence!