DIY Battery Powered Glider Aircraft – Build, Fly, and Learn
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Learning Wrapped in Fun: The glider transforms abstract physics into hands-on discovery, similar in learning value to a potato battery project but with real motion.
Confidence and Achievement: Completing this battery experiment helps learners gain confidence while understanding real-world energy applications.
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DIY Battery Powered Glider Aircraft – Build, Fly, and Learn
Available:In Stock
- Product SKU: LGPW047
₹ 269
₹ 349
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Specification
Description
DIY Battery Powered Glider Aircraft – Battery Experiment Learning Model
The DIY Battery-Powered Glider Aircraft is a hands-on battery experiment designed to make physics concepts engaging and easy to understand. This model helps learners explore energy conversion, thrust, and aerodynamics while drawing inspiration from classic demonstrations such as a potato battery project. Designed for classrooms and home learning, it offers a clear, practical approach to understanding how stored electrical energy powers motion in real-world systems.Materials and User Manual
- Battery Holder: Powers the motor and completes the circuit.
- DC Motor: Converts stored electrical energy into motion.
- Wooden Frame: Provides essential structural support.
- LED: Lights up to indicate circuit activity.
- Wheels: Ensure smooth movement during takeoff and landing.
- Propeller: Generates thrust to move the model forward.
- Wires: Used to establish electrical connections.
- User Manual: Includes step-by-step instructions with diagrams and explanations.
Working Principle
This model demonstrates a practical battery experiment where electrical energy stored in the battery activates the DC motor. The motor spins the propeller to generate thrust, allowing the aircraft to glide forward smoothly. The LED confirms circuit completion, reinforcing how energy flows through the system. This working concept mirrors learning ideas often introduced through a potato battery project, making energy transfer easy to visualize.Advantages of This Science Project
Quality Time Together: Build and explore this battery experiment with children, encouraging curiosity and collaboration.Learning Wrapped in Fun: The glider transforms abstract physics into hands-on discovery, similar in learning value to a potato battery project but with real motion.
Confidence and Achievement: Completing this battery experiment helps learners gain confidence while understanding real-world energy applications.
Features of This Science Project
- Encourages practical learning through a structured battery experiment.
- Simple assembly with engaging visual results.
- Reinforces physics concepts of thrust and energy conversion.
- Supports classroom demonstrations alongside a potato battery project.
- Aligned with global STEM education standards.
- Constructed using safe, eco-friendly materials.
- Includes printed instructions and scientific explanations.
Physical Attributes
- Dimensions (cm) L x W x H: 19.5 x 12 x 4
- Weight (g): 124
Package Includes
- 1 x DIY Battery Powered Glider Aircraft – Build, Fly, and Learn
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