DIY 3D Wooden Wind Power Electric Car Kit Physics Experiments Circuit

Description

Experience the Magic of Wind Power with the DIY 3D Wooden Wind Power Electric Car Kit : Introducing the DIY 3D Wooden Wind Power Electric Car Kit, a captivating and educational set that combines the wonders of wind energy and the thrill of building your own electric car. Get ready to embark on an exciting journey of physics experiments and circuit exploration as you harness the power of wind to propel your car forward.

DIY Electric Wind Car Toys Children Students Physical Science Experiments Technology Learning Package

Purpose:
1. Use the weight drop to drive the wheel rotation principle to drive a car
2.Just let students understand the conservation of energy.

Experimental report:
When the weight drops and the wheel turns, what is the top of the shelf? It's called a pulley, so what's the roller? It is possible to change the direction of the force. The weight is moved downward by gravity to produce downward kinetic energy. The rope and fixed pulley are used to change the direction of the force and the other end becomes the upward movement. The rope pulls the rope wrapped on the shaft to rotate the wheel to achieve the purpose of driving.

Warm Tips:
1. When assembling the product that requires the circuit, pay attention to the red wire connected to the positive terminal of the battery holder; the blue wire is connected to the negative terminal of the battery holder.
2. All products is NOT including battery, the accessories are random in color, color is NOT specified, please read it carefully before buying.
3. Contains small accessories and sharp objects, children must be accompanied by an adult, take care of children to avoid swallowing.

Bullet Points:
1、Fun Educational Puzzle: With original and independent design, the puzzle sets can attract and promote your children＇s innovative ability.
2、Laser Cutting: Using laser cutting technology, it is easy to remove debris from the plywood without residual smoke burning.
3、Solar Energy: The car model kit is driven by solar energy, which has the effect of energy saving and environmental protection.
4、Detailed Instructions: Detailed assembly English instructions and pictures will guide you step by step.
5、Best Gift: As a gift for some special days. It is recommended for over 14 years old children.

Harness the Power of Wind Energy: Engaging and Exciting The DIY 3D Wooden Wind Power Electric Car Kit offers an engaging and exciting experience that will captivate young learners. As you assemble the wooden car and integrate the wind turbine, you'll witness the magic of wind energy in action. Explore how wind power can be harnessed to generate electricity and propel your car. Experience the thrill of seeing your creation come to life as the wind turbine spins and drives the car forward.

Learn about Physics and Circuitry: Interactive and Informative With the DIY 3D Wooden Wind Power Electric Car Kit, you'll delve into the world of physics and circuitry. Engage in hands-on experiments that explore concepts such as aerodynamics, kinetic energy, and electrical circuits. Learn about the principles behind wind energy conversion and the role of circuitry in powering the car. Gain a deeper understanding of the scientific concepts that drive renewable energy technologies.

Promote STEM Education: Fostering Curiosity and Critical Thinking The DIY 3D Wooden Wind Power Electric Car Kit promotes STEM education and fosters curiosity and critical thinking. Encourage children to explore the fields of science, technology, engineering, and mathematics through exciting and hands-on experiments. Spark their curiosity about renewable energy sources and inspire them to become future innovators in the field. Let their imaginations soar as they uncover the endless possibilities of clean energy solutions.

Unleash Creativity and Problem-Solving Skills: Endless Learning Opportunities The DIY 3D Wooden Wind Power Electric Car Kit unleashes creativity and problem-solving skills, providing endless learning opportunities. Customize your car's design and experiment with different wind turbine configurations. Explore the relationship between wind speed, blade design, and energy output. Tackle challenges along the way and find innovative solutions to optimize your car's performance. Witness firsthand the power of creativity and critical thinking in overcoming obstacles.