The F1inSchool Challenge is an international STEM competition where students design, build, and race miniature CO2-powered F1 cars. It aims to promote interest and understanding in engineering, technology, and sustainability.
The CO2-powered F1 car works by using compressed carbon dioxide gas to propel the car forward. The gas is stored in a pressure chamber and is released when a trigger mechanism is activated, pushing the car forward with a burst of energy.
The F1inSchool Challenge has strict guidelines on the materials that can be used for the car. The body of the car must be made of balsa wood, and the wheels can only be made of plastic or aluminum. Other materials such as rubber bands, axles, and bearings are also allowed.
The cars are judged on several criteria, including speed, design, and innovation. The speed is measured by timing the car as it races down a 20-meter track. The design is evaluated based on the aesthetics and aerodynamics of the car. Innovation is assessed by the use of advanced technology and unique design features.
The F1inSchool Challenge encourages teamwork and collaboration. Students work in teams of 3-6 members, with each team member having a specific role, such as design, manufacturing, or marketing. This promotes teamwork and allows students to learn from each other's strengths and skills.