✅ Overview of Remote-Controlled (RC) aircraft.

✅ Components of RC planes (servo motors, propellers, ESC, batteries, transmitters, receivers).

✅ Importance of weight distribution

✅ Types of power sources (electric, gas).

✅ Activity :Assembling a simple static model to understand components and structure

✅ Understanding the control surfaces: ailerons, elevators, rudder.

✅ Importance of the center of gravity (CG) in flight

✅ Basic flight maneuvers (pitch, roll, yaw).

✅ RC flight modes (manual vs autopilot).

✅ ActivitySimulating control surface movement with cardboard models.

✅ Types of propulsion: propellers, EDFs, and jet engines.

✅ Propulsion efficiency and power-to-weight ratio

✅ Selecting the right motor and propeller for your model

✅ Activity: HDemonstration of propulsion systems and setting up a basic electric motor on an aircraft model.

✅ Step-by-step guide on building a beginner RC aircraft.

✅ Wiring, electronics setup, and balancing the aircraft.

✅ Pre-flight checks: transmitter calibration, surface control check.

✅ Activity :Building the main structure of a foam RC aircraft model

✅Preparing for the first flight

✅ Basic flying techniques and understanding wind patterns

✅Common issues and troubleshooting during flights (stalling, control loss)

✅ Importance of safety in aeromodelling

✅Activity :Conducting the first flight of the built model, with supervision.