AEROMODELLING

Design. Build. Understand Flight.

Explore aircraft design, aerodynamics, propulsion and flight through practical model-building activities.

Aircraft Aerodynamics Propulsion

Explore the Program

Lift

Drag

Thrust

Weight

01 ABOUT AEROMODELLING

Explore the Science Behind Flight.

Aeromodelling introduces students to the fascinating world of aircraft design and flight through practical model-building activities.

In this module, students explore how aircraft are designed, how aerodynamic forces affect flight and how different components work together to achieve stable and controlled movement through the air.

Through hands-on activities, students get the opportunity to design, build and understand model aircraft while developing an early understanding of aerospace engineering and flight principles.

LEARNING JOURNEY

What Students Will Learn

Students explore aircraft design, aerodynamics, stability, propulsion and model building through practical learning.

Introduction to Aeromodelling

Students are introduced to the fundamentals of model aircraft and the principles behind aircraft design.

Key areas include:

What is aeromodelling?
Introduction to model aircraft
Types of model aircraft
Basic aircraft structure
Aircraft components
Understanding how aircraft fly
Introduction to aerospace engineering
Applications of aeromodelling

Students learn how model aircraft can be used to explore real-world aviation concepts.

Aircraft Design

Students explore the basic elements involved in designing an aircraft and understand how different components contribute to its performance.

Key areas include:

Basic aircraft structure
Wings and fuselage
Tail and control surfaces
Landing gear concepts
Aircraft proportions
Weight distribution
Design considerations
Building lightweight structures

Students learn how thoughtful design can influence the stability and performance of an aircraft.

Aerodynamics

Aerodynamics is the study of how air interacts with moving objects.

Students are introduced to the basic forces that influence aircraft flight.

Key areas include:

Introduction to aerodynamics
Understanding airflow
Lift
Drag
Thrust
Weight
Air pressure concepts
Wing shape and lift
Factors affecting aircraft performance

Students explore how aerodynamic forces work together to allow an aircraft to fly.

Flight & Stability

Students learn why aircraft need to remain balanced and stable during flight.

Key areas include:

Centre of gravity
Balance and weight distribution
Aircraft stability
Pitch, roll and yaw
Directional control
Basic flight movements
Understanding stable flight
Introduction to control surfaces

These concepts help students understand how aircraft maintain their orientation and respond to changes during flight.

Propulsion

Students are introduced to the basic systems used to generate thrust and move an aircraft through the air.

Key areas include:

Introduction to propulsion
Understanding thrust
Propellers
Motors and power systems
Propeller rotation
Basic propulsion systems
Matching propulsion to model aircraft
Understanding power and weight considerations

Students learn how propulsion systems contribute to aircraft movement and performance.

Model Building

The most exciting part of aeromodelling is turning an idea into a physical model.

Students participate in practical model-building activities and learn how to construct and test model aircraft.

Key areas include:

Understanding building materials
Measuring and cutting
Aircraft assembly
Wing and fuselage construction
Component placement
Balancing the model
Checking structural stability
Testing and improving the design

Students experience the complete journey from design concept to physical model.

PRACTICAL LEARNING

Hands-On Learning

The Aeromodelling module follows a practical learning cycle.

Design

Build

Balance

Test

Observe

Improve

Students learn by creating physical models, testing their designs and understanding how changes affect performance.

Engineering thinking

Creativity

Problem-solving skills

Spatial understanding

Design skills

Observation

Precision and measurement

Patience and attention to detail

Teamwork and collaboration

PROJECT-BASED LEARNING

Aeromodelling Projects

Students apply their knowledge through practical aircraft and model-building activities.

Simple Glider Construction

Model Aircraft Design

Wing Design Experiments

Aerodynamic Experiments

Propeller-Based Models

Aircraft Balance Experiments

Flight Stability Activities

Model Aircraft Testing

Design Improvement Challenges

Projects can be adapted according to the student's age, experience and learning level.

LEARNING OUTCOMES

What Students Will Gain

After completing the Aeromodelling module, students will be able to apply fundamental concepts of aircraft design, flight and model building.

FLIGHT

Understand the basic principles of aeromodelling

Identify the major components of an aircraft

Understand basic aircraft design concepts

Explain the fundamental forces of flight

Understand basic aerodynamic principles

Understand aircraft stability and balance

Explore basic propulsion systems

Build and assemble simple model aircraft

Test and improve model designs

Develop an understanding of aerospace engineering concepts

WHY AEROMODELLING?

Why Learn Aeromodelling?

Learn Through Real Experience

Aeromodelling provides an exciting way for students to explore science, engineering and technology through hands-on learning.

By designing and building model aircraft, students can understand concepts such as aerodynamics, propulsion, stability, forces and motion in a practical and engaging way.

The experience can also inspire students to explore future fields such as aerospace engineering, aviation, robotics, mechanical engineering and advanced drone technology.

Aerospace Engineering

Aviation

Robotics

Mechanical Engineering

Advanced Drone Technology

Design the Aircraft. Understand the Science. Experience Flight.

Explore aircraft design, aerodynamics, propulsion and model building through hands-on learning.

Start the Learning Journey

KEYWORDS

Aerodynamics Aircraft Flight Propulsion Model Building