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Twin Prop Airplane Kit - Cat# 80-50-w254

In stock

SKU

80-50-w254

CA$8.40

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Details

Twin Prop Aircraft Kit — A Hands‑On STEM Experience

Introduce your students to the principles of aerodynamics and mechanical systems with the Twin Prop Aircraft Kit. This engaging project allows students to build a model airplane powered by dual propellers, providing a practical application of science and engineering concepts in a classroom setting.

What’s in the Kit & How It Works

The kit includes:

Plastic components for assembly
Dual propellers
Clear and simple instructions for assembly

Students will assemble the components to create a working twin-propeller airplane. By attaching the propellers and turning the mechanism, students can observe how the dual propellers work together to propel the aircraft forward, simulating the operation of a real twin-engine airplane.

STEM Concepts Illuminated

This kit provides an excellent opportunity to explore various STEM concepts:

STEM Area	Key Concepts	Classroom Applications & Extensions
Aerodynamics	Lift, thrust, drag, stability	Discuss how twin propellers affect the balance and stability of an aircraft; explore the principles of flight.
Mechanical Systems	Gears, motion, mechanical advantage	Examine how gears and mechanical systems are used to transfer motion; understand the role of each component in the system.
Engineering Design	Efficiency, propulsion systems	Discuss design considerations for real-world aircraft; explore how different configurations affect performance and efficiency.
Physics	Energy transfer, mechanical advantage	Discuss how energy is transferred through mechanical systems; explore the concept of mechanical advantage.
Technology	Application in aviation	Relate the concepts learned to real-world applications in aviation and aerospace engineering.

Why Teachers Will Love It

Hands-On Learning: Students actively engage in building and understanding the mechanics of a twin-propeller airplane.
Cross-Disciplinary Connections: Integrates concepts from science, technology, engineering, and mathematics.
Encourages Critical Thinking: Students can experiment with different configurations and observe outcomes.
Affordable and Scalable: Cost-effective for classroom use and suitable for group activities.

Classroom Activity Ideas

Propeller Efficiency Test: Test how different sizes or shapes of propellers affect the performance of the airplane.
Design Challenge: Encourage students to modify the design of the airplane to improve efficiency or performance.
Aerodynamics Experiment: Explore how changes in the design affect the lift and stability of the aircraft.
Real-World Applications: Discuss how the principles learned apply to real-world aviation and aerospace engineering.