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Actuation Systems

Actuators are like the robot’s muscles. In science, we use motors and electric
power to make things move. For the RoboSoccer robot, these motors help the
robot run, kick the ball, and even turn.

Material Selection and Structure

In science class, you learn about materials and their properties
– like which ones are strong, light, or flexible. Engineers use this
science to pick the right materials to build the robot.

Energy Efficiency

Just like how humans need energy from food to keep going, robots
need energy from batteries. Science helps engineers design robots
that do not use up too much energy, so they can play the whole
match without running out of power.
By using these science-based ideas, we can build robots that are good at
playing soccer. Each concept helps the robot move, control the ball, and play
the game better, just like how we use our muscles, energy, and balance when
we play.

Assembling and Programming a 21 st #Creativity
Activity Robo-Soccer Using the Mechatron Kit Century #Technology Literacy
Skills

Overview
RoboSoccer, often called RoboCup, is a popular robotics competition where teams of robots compete
against each other in soccer matches. The integration of mechanical components is essential for

achieving speed, ball control, and shooting accuracy. The robots rely on their physical design and
mechanical abilities to navigate the field, kick the ball, and perform in coordination without human
intervention. This competition highlights how mechanical design and engineering come together to

solve practical challenges in robotics.

Learning Objective

Understand the basic mechanical principles involved in building and controlling a non-
programmable robot for tasks like movement and ball control.

Explore how different mechanical components work together to perform complex tasks such as
kicking, steering, and navigating on a soccer field.

Mechanical Concepts with Mechatron Kit 73