Here are the key features and components of such a kit:

Wind Turbine Model: The kit typically includes a miniature wind turbine or windmill model. This model represents a scaled-down version of a real wind turbine and may have rotating blades.

Generator or Dynamo: A small generator or dynamo is usually included as part of the kit. This component converts the mechanical energy generated by the wind turbine's rotation into electrical energy. These motors will serve as generators and one motor is used to produce artificial wind.

Assembly Components: The kit provides various components and materials for assembling the wind turbine and its associated parts, such as the base, tower, and wiring.

Educational Manual: An educational manual or guidebook is often included, offering step-by-step instructions on how to assemble the wind turbine and conduct experiments.

STEM Learning: The kit serves as a practical tool for learning about STEM (Science, Technology, Engineering, and Mathematics) concepts, including physics, engineering, and energy conversion.

Hands-On Experiments: Users can conduct experiments to explore how different factors, such as wind speed and blade design, affect the power generated by the wind turbine.

Test Your Model: Here we use a fan to simulate wind. When the wind turns the blades and the motors, the load LED should light up, indicating that your model is generating power.

Electricity Generation: The kit demonstrates the process of converting wind energy into electricity and helps users understand the basics of power generation.

Environmental Awareness: By focusing on renewable energy sources like wind power, these kits promote environmental awareness and sustainable energy concepts.

Customization: Some kits allow for customization, enabling users to modify blade designs or experiment with different wind conditions.

STEM Projects: These kits are often used as the basis for science fair projects and classroom demonstrations on renewable energy and wind power.

Experiment: Experiment with different blade designs, wind speeds, and angles to optimize the power generation of your model.

This DIY project provides hands-on learning about wind energy, electricity generation, and the principles behind wind turbines. It's a suitable project for educational purposes and can serve as an engaging STEM project. Using two motors increases the power output and offers additional opportunities for experimentation and learning.