PROJECT
6
Football bots
Join Cloe as she prepares to participate in the “FootballBots championship - Robotic Soccer League” and creates a football-playing robot.
Computational thinking
Cloe designed a football video game where a human competes against an intelligent robot. For this, she programmed the robot’s behaviors and the control of the human player.
Please open on desktop
Resources unavailable on mobile view.
Go to project
Maker moment
Let's build a football-playing robot!
It’s time to create our own football-playing robot! To do this, we will use the motors and the control app.
Open step-by-step assembly
Components
These are the components that are used in the project, learn how they work.
To try component open on desktop
Resources unavailable on mobile view.
ACTUATOR
DC motor
It is a direct current motor that allows for the generation of rotational movement.
ACTUATOR
RGB LEDs
Has six RGB LED lights that can be individually controlled.
COMMUNICATION
Blueetooth module
Communicate between the board and the control app.
Let's program!
Access the Robots platform to program your football-playing robot. In the first challenge we will program the robot's movements, in the second challenge we will program the LED to differentiate the teams.
Please open on desktop
Resources unavailable on mobile view.
Open Maker
Copyright © 1994 -2025 FIFA. All rights reserved.
PROJECT
6
Football bots
Join Cloe as she prepares to participate in the “FootballBots championship - Robotic Soccer League” and creates a football-playing robot.
Computational thinking
Cloe designed a football video game where a human competes against an intelligent robot. For this, she programmed the robot’s behaviors and the control of the human player.
Please open on desktop
Resources unavailable on mobile view.
Go to project
Maker moment
Let's build a football-playing robot!
It’s time to create our own football-playing robot! To do this, we will use the motors and the control app.
Open step-by-step assembly
Components
These are the components that are used in the project, learn how they work.
To try component open on desktop
Resources unavailable on mobile view.
ACTUATOR
DC motor
It is a direct current motor that allows for the generation of rotational movement.
ACTUATOR
RGB LEDs
Has six RGB LED lights that can be individually controlled.
COMMUNICATION
Blueetooth module
Communicate between the board and the control app.
Let's program!
Access the Robots platform to program your football-playing robot. In the first challenge we will program the robot's movements, in the second challenge we will program the LED to differentiate the teams.
Please open on desktop
Resources unavailable on mobile view.
Open Maker
PROJECT
6
Football bots
Join Cloe as she prepares to participate in the “FootballBots championship - Robotic Soccer League” and creates a football-playing robot.
Computational thinking
Cloe designed a football video game where a human competes against an intelligent robot. For this, she programmed the robot’s behaviors and the control of the human player.
Go to project
Maker moment
Let's build a football-playing robot!
It’s time to create our own football-playing robot! To do this, we will use the motors and the control app.
Open step-by-step assembly
Components
These are the components that are used in the project, learn how they work.
Let's program!
Access the Robots platform to program your football-playing robot. In the first challenge we will program the robot's movements, in the second challenge we will program the LED to differentiate the teams.
Open Maker