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and connect it with the remote to power the Robo Soccer. Ensure that all connections are
tight and secure to prevent the Robo Soccer from falling apart during testing.

Output

This football-playing robot moves and kicks the ball, demonstrating how robots can actively
participate in sports. Through this, we gained insights into the potential of robots to engage as
football players.

Concepts

Understanding Motion: Exploring the concepts of speed, direction, and control in robotic
movement.

Forces in Action: Discussing how motors generate motion and the effect of friction on the robot’s
movement.
Basic Concepts of Electricity: Learning how circuits power the motors and used in the robot.

Calculating Distances: Measuring the distance the robot travels and the speed of movement
during gameplay.

Observations

In the “Robo Soccer” Mechatron activity, students will observe how to operate the robot in field
to play soccer and score. When powered on, the robots can be controlled by the remote to move
forward, backward, and turn, demonstrating motor control.

Application

Robots assist in the efficient handling of items by picking them up and
placing them in boxes for packaging, thereby accelerating the process
and enhancing efficiency.

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