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DIY Solar Sports Car JBT-S015

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Description

Description:

This is a four-wheel drive DIY sports car, through the students' own hands-on assembly practice learning, can help children learn the mechanical transmission structure of the vehicle model. Learn how to convert electrical energy and solar energy into mechanical energy, so that children can understand and master the knowledge that solar energy is a clean new energy from an early age. Through study and practice, we can systematically and comprehensively master the principles of energy conversion and mechanical motion structure, and learn to understand the principles of automobile transmission manufacturing. It can be said that a small concept car can create a future mechanical inventor. Help develop children's hands-on brain skills and creativity. Applicable age 6+.

Product Features:
1. DIY building block assembly experience.
2. The solar upgrade version has two sports modes that can be switched: one requires two R6/AA/UM3 batteries to provide power, and the other is powered by solar panels.
3. This is a four-wheel drive model device, which can move forward by using vertical wheels on the four corners.
4. It includes all the materials required for simple buckling or screwing assembly. Simple wiring is required to complete the assembly.
5. Openable doors, beautiful and realistic interior.
6. The power is provided by the motor.

The unique selling point of science and technology education of the product (cultivating various abilities of children's growth process)
1. Ability to seek knowledge, explore and innovate;
2. Ability to think independently and solve problems manually;
3. Understand the mutual cooperation and interaction of mechanical transmission structure; understand the movement principle of kinematics and the transformation of power;
4. Understand the generation and interaction of physical and mechanical power, electricity, solar energy, wind energy, and chemical energy, and mutual conversion to enhance children's understanding and exploration in all aspects of physics, machinery, chemical changes, and new energy power from an early age.
5. Science popularization, promotion and popularization.
6. Understand the transmission principle of machinery and cultivate children's scientific and technological knowledge and exploration ability.




 

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