Course Content
Lesson 1: What Makes a Drone Fly?
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Introduction
Key Vocabulary
What You’ll Learn?
Concept: The Science of Flight
Hands-On Activity – Paper Propeller Experiment
Conclusion
Quiz
Extension Project – “Design a Super Spinner”
Lesson 2: Inside the Drone – What’s There?
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Introduction
Key Vocabulary
What You’ll Learn?
Concept: The Drone’s Inner System
Hands-On Activity – Drone Dissection
Theory Link – Power and Control Flow
Conclusion
Quiz
Extension Project – “Drone Anatomy Poster”
Lesson 3: Let’s Build It, Bit by Bit
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Introduction
Key Vocabulary
What You’ll Learn?
Concept: How Drone Assembly Works
Step-by-Step Assembly Process
Safety and Teamwork Guidelines
Conclusion
Quiz
Extension Project – “Design Your Drone Build Guide”
Lesson 4: My Drone, My Mission
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Introduction
Key Vocabulary
What You’ll Learn?
Concept: Design Thinking in Drone Engineering
Activity – Drone Design for Purpose
Safety and Creativity Tips
Conclusion
Quiz
Extension Project – “Drone for Earth”
Lesson 5: Test Flight and Fix!
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Introduction
Key Vocabulary
What You’ll Learn?
Concept: Why Testing Matters
Activity – Balance and Test Check
Conclusion
Quiz
Learning Outcome Answers Summary
Extension Project – “Flight Doctor Challenge”
Lesson 6: Future of Drones in My World
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Introduction
Key Vocabulary
What You’ll Learn
Concept: Drones and the Future
Activity – “Drone for the Future” Presentation
Conclusion
Quiz
Learning Outcome Answers Summary
Extension Project – “My Drone Diary”
C7: Drone Technology – Assembly Focus

Here’s how energy and control signals move inside the drone:

Battery → ESC → Motors → Propellers → Lift

Meanwhile:

Controller → Receiver → Flight Controller → ESC → Motors

This two-way system ensures balance and responsiveness — if one propeller spins faster, the controller compensates to keep level flight.

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