Master RC Plane BuildingFrom Design to Flight

Students will learn key flight principles—lift, drag, thrust, and gravity—through designing and building RC planes. They'll also explore how mechanical components work together to achieve stable flight.

• Strengthens understanding of physics through real-world applications.
• Enhances spatial awareness and mechanical reasoning—key skills in engineering.
• Inspires curiosity in aerospace, engineering, and mechanical design fields.

Students will develop hand-eye coordination and precision as they practice controlling the RC plane's direction, altitude, and speed using a remote controller.

• Improves reflexes and coordination through hands-on interaction.
• Boosts concentration and strategic thinking under real-time conditions.
• Increases engagement and enjoyment through interactive challenges.

Using Python and Arduino, students will code functions to control the plane's yaw, pitch, and roll. This introduces automation, sensor feedback, and real-world applications of programming.

• Builds computational thinking and practical coding skills.
• Connects math, physics, and computer science into an integrated STEAM experience.
• Lays a strong foundation for learning robotics, AI, and automation systems.