AeroFlight & Drone Engineering
Master the 4 physical forces of flight (lift, thrust, gravity, drag). Build aerodynamic balsa wood gliders, rubber-powered planes, and quadcopter PID stabilization.
What Your Child Will Build & Master
Structured into three 4-week milestones with hands-on capstone deliverables reviewed live by our engineering mentors.
Module 1: Principles of Aviation & The 4 Forces of Flight
Bernoulli's principle, cambered airfoils, angle of attack, and balancing lift against gravitational weight.
- Airfoil cross-sections (Clark-Y)
- Wind tunnel physics
- Center of pressure vs Gravity
- Glider glide ratios
Module 2: Glider Trimming, Dihedral Stability & Rubber Motors
Aerodynamic stability in 3 axes (Pitch, Roll, Yaw). Building dihedral wing angles and propeller torque energy.
- Dihedral wing roll stability
- Rubber motor potential energy
- Elevator & rudder trim tabs
- Outdoor flight trials
Module 3: Quadcopter Mechanics, Gyros & PID Stabilization
Multi-rotor drone physics: counter-rotating propellers, Electronic Speed Controllers (ESC), and gyro telemetry.
- Quadcopter motor thrust vectors
- 6-axis IMU sensors
- PID stabilization feedback
- Virtual flight telemetry
Physical STEM Kit Delivered to Your Doorstep
Enrolled students receive an authentic balsa wood glider and drone component kit shipped via BlueDart or Delhivery across India. All materials, balancing clay, and laser-cut parts are included.
Key Competencies & 21st-Century Skills
Ready to Spark Your Child's Engineering Curiosity?
Experience live interactive evening sessions with expert mentors. Start with a zero-risk 45-minute demo session or enroll today with our monthly access pass.
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