Specific Learning Outcomes

1. Explain the functions of the major parts of an aircraft.
2. Illustrate (label/draw) the major parts of an aircraft.
3. Model a heavier‑than‑air aircraft (simple classroom model/glider).
4. Appreciate the role of different parts in aircraft operation.
5. Identify categories of aircraft components: fuselage, wing, empennage, landing gear, power plant / main rotor, tail rotor.

Quick Definitions (simple)

• Fuselage — The main body that holds the pilot, passengers and cargo.
• Wing — Produces lift so the aircraft can fly.
• Empennage (tail) — Stabilises and helps steer (includes horizontal & vertical tail).
• Landing Gear — Wheels or skids used for take‑off, landing and ground movement.
• Power plant / Main rotor — Engine(s) or rotor that gives thrust or lift (for planes: engines/propellers or jets; for helicopters: main rotor).
• Tail rotor — On a helicopter, it counters the turning force of the main rotor so the helicopter’s nose stays pointing correctly.

Simple labelled diagrams

Functions of major parts (simple explanations)

• Fuselage: holds crew, passengers, cargo and instruments; connects wings and tail.
• Wing: shapes and angle create lift. Flaps and ailerons (moving parts) change lift for take‑off, landing and turning.
• Empennage: vertical fin keeps nose left/right stable (yaw); horizontal tail keeps nose up/down stable (pitch).
• Landing gear: supports aircraft on ground, absorbs shock at landing and helps taxiing.
• Power plant / Main rotor: provides thrust (propeller/jet) or lift and control (helicopter main rotor).
• Tail rotor (helicopter): prevents the body from spinning and helps yaw control.

Classroom activity: Model a heavier‑than‑air aircraft (simple paper/card glider)

Materials (easy to find in Kenya): A4 paper, scissors, ruler, sticky tape, straws or thin wooden skewers (optional for strength).

1. Fold A4 lengthwise, then unfold to find the centre line.
2. Fold the top two corners to the centre line to form a point (classic dart glider).
3. Fold the point back so the nose is about 3 cm from the top edge.
4. Fold each side down to make wings—ensure both wings are even.
5. Slightly bend up the trailing edges (small flaps) for stability.
6. Add a small paper tab at the tail and bend down to act as a horizontal stabiliser (empennage).
7. Optionally tape a straw along the fuselage underside for strength and balance.
8. Trim nose or tail slightly to adjust weight balance — test and modify until it glides smoothly.

Learning points: balance (centre of gravity), wing shape, tail stabiliser, how small changes affect flight.

Suggested learning experiences (activities, Kenyan context)

• Begin with a class discussion: name parts of a local small aircraft or helicopter seen at Wilson Airport or local airstrip (if available).
• Use the diagrams to label parts on paper; then compare with peers.
• Hands‑on: make the paper/card glider in small groups and test outdoors on the school field — record which design flies best.
• Group project: build a larger model using cardboard, glue and skewers. Assign roles (designer, builder, tester, recorder).
• Field visit / virtual tour: invite a local pilot or visit an airstrip or aviation club (many towns in Kenya have flying clubs) to see parts on a real aircraft.
• Presentation: groups explain how each part of their model helps it fly; link to safety and maintenance (why parts must be checked).

Safety note: when using scissors, hot glue or sharp tools, supervise and follow safety rules.

Assessment ideas

• Label a blank diagram (identify fuselage, wing, empennage, landing gear, power plant/main rotor, tail rotor).
• Short written answer: explain the function of two parts and what happens if one fails (e.g., flaps stuck, landing gear failure).
• Group practical: present and fly your model; explain design choices and which part does what.
• Short oral quiz: teacher asks quick questions during lesson to check understanding.

Teacher tips

• Use local examples: point out aircraft seen in Kenya (domestic airlines, crop duster, helicopter medevac) and relate parts to their jobs.
• Keep language simple, show diagrams, then let learners draw their own labelled sketches.
• Encourage teamwork on models; assess both the model and the explanation of each component’s role.