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Mini Fan Blade Propeller for DC Toy Motors

Original price was: ₹ 18.00.Current price is: ₹ 7.00.

Bring your electronics projects to life with a lightweight Mini Fan Blade Propeller. Designed for use with compatible small DC motor shafts, it is ideal for building DIY fans, windmills, air-propelled vehicles, STEM experiments, and hands-on physics projects.

Turn Motor Rotation into Motion and Airflow

The Mini Fan Blade Propeller is a lightweight mechanical component designed for use with compatible small DC motors.

When attached to a rotating motor shaft, the angled blades move air and create airflow. This makes the propeller a simple and exciting way to demonstrate how electrical energy can be converted into mechanical motion.

It is widely used in DIY fans, miniature windmills, air-propelled vehicles, STEM activities, science experiments, and introductory robotics projects.

For students, a rotating propeller provides immediate visual feedback that a motor and electrical circuit are working. It also creates opportunities to explore important scientific concepts such as rotational motion, airflow, thrust, energy conversion, and basic aerodynamics.

The propeller can also be used in wind-energy experiments. When external airflow rotates the propeller and the connected motor, the motor may act as a generator and produce a small electrical output, depending on the motor and experimental setup.

Whether you are building a simple electric fan, experimenting with an air-powered vehicle, or introducing students to mechanical energy and motion, this mini propeller is an affordable and practical component for hands-on learning.

PERFECT FOR

• DIY electric fan projects
• DC motor experiments
• Windmill and wind-energy experiments
• Air-propelled cars
• STEM and school laboratory activities
• Science fair projects
• Physics demonstrations
• Basic robotics projects
• Aerodynamics experiments
• Energy conversion experiments
• DIY electronics and mechanical models

WHY CHOOSE THIS MINI PROPELLER?

Instant Visual Feedback

A rotating propeller provides an immediate and visible result when a motor circuit is operating correctly.

Excellent for STEM Learning

Helps students explore concepts including rotational motion, airflow, thrust, energy conversion, and basic aerodynamics.

Lightweight Design

The lightweight construction makes the propeller suitable for compatible small DC motor projects and experimental mechanical assemblies.

Easy Mechanical Integration

Can be fitted onto compatible motor shafts depending on the shaft diameter and propeller bore dimensions.

Ideal for Hands-On Experiments

A simple component that can transform abstract science concepts into engaging physical demonstrations.

TECHNICAL SPECIFICATIONS

Component Type: Miniature Fan Blade / Propeller

Application: Airflow generation and mechanical motion experiments

Compatible Motor Type: Small DC motors with compatible shaft dimensions

Mounting Method: Push-fit onto a compatible motor shaft

Material: Lightweight plastic

Primary Function: Converts rotational motor movement into airflow

Suitable Applications: DIY fans, windmills, air-propelled vehicles, STEM experiments, physics projects, and robotics activities

Quantity: 1 Piece

PRODUCT HIGHLIGHTS

🌀 Creates Airflow When Rotated

⚙️ Suitable for Compatible Small DC Motors

💨 Ideal for DIY Fan and Airflow Projects

🚗 Great for Air-Propelled Vehicle Experiments

🌬 Useful for Windmill and Wind-Energy Activities

🧪 Excellent for STEM and Physics Learning

🎓 Suitable for Students, Schools, Makers, and Robotics Learners

🔧 Simple Mechanical Component for DIY Prototyping

CORE LEARNING APPLICATIONS

Energy Conversion

Explore how electrical energy powers a motor and is converted into rotational mechanical energy and airflow.

Aerodynamics and Airflow

Observe how the shape and angle of propeller blades move air when the propeller rotates.

Thrust and Motion

Use the propeller in experimental vehicles to explore how moving air can create a reaction force and contribute to vehicle movement.

Renewable Energy Experiments

Attach the propeller to a suitable DC motor and expose it to airflow to explore how mechanical rotation can generate a small electrical output.

IMPORTANT COMPATIBILITY INFORMATION

The propeller must be used with a motor shaft that is compatible with its centre bore.

Compatibility depends on factors such as the motor shaft diameter, shaft shape, propeller bore diameter, and manufacturing tolerance.

Before installation, verify that the motor shaft fits securely into the propeller hub.

Do not force the propeller onto a shaft that is too large, as this may damage the propeller hub or the motor.

IMPORTANT PRODUCT INFORMATION

The exact dimensions, blade design, number of blades, colour, centre bore size, and appearance may vary depending on the manufacturing batch.

This product is intended for lightweight educational, hobby, experimental, and prototyping applications.

Performance, airflow, and thrust depend on factors such as motor speed, supply voltage, motor torque, propeller design, and the overall project setup.

PACKAGE CONTENTS

1 × Mini Fan Blade Propeller

SAFETY AND USAGE NOTE

This product contains a rotating component when used with a motor.

Always switch off the power before installing, removing, or adjusting the propeller.

Do not touch the propeller while it is rotating.

Use appropriate supervision when this component is used by young students or children.

Ensure that the propeller is securely fitted to the motor shaft before operating the motor.

IDEAL FOR

Students, Schools, STEM Labs, Arduino Learners, Makers, Robotics Learners, Science Projects, Physics Experiments, DIY Electronics, Wind Energy Activities

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