Kidrise 12-in-1 STEM Solar DIY Building Model Deformation Assembly Robot (No Batteries Required)

Assembly difficulty: 🔧🔧🔧🔧 (5 points is the most difficult)

Model assembly｜Versatile and fun to play with｜Twelve variations possible

Packaging and description: Simplified Chinese packaging may be included

The solar STEM transforming robot can produce 12 variations from the same set of components. It requires constant modification of component design, reassembly, and modification. Through the model mechanism design, it can assemble 12 variations, and can learn the principle and power of solar energy conversion. Principles of Mechanical Mechanics.

Detailed illustrated installation instructions, through the hands-on assembly process, cultivate habits such as patience, observation, and reading, and inspire imagination and creativity. Parents are encouraged to guide their children to assemble together and learn and grow together.

12:1 solar transforming robot
Being able to produce 12 variations from the same set of components requires constant modification of component design, reassembly, and then modification until accuracy is achieved. Every change is full of imagination, and the 13th kind of creativity is waiting for you to challenge.

12 different types of robots, creating a 13th type of robot
No batteries are needed, it can move as long as there is enough light, and no extra tools are needed. Just a pair of diagonal pliers and your hands, and you can use your creativity to transform the robot into 12 different shapes, depending on the difficulty of assembly.

Solar power panels collect solar heat and convert it into electricity
Absorbing sunlight with a wavelength of 300NM ~ 1100NM, the photon energy excites the silicon atoms to generate positive and negative charges, which causes electron movement on the semiconductor. When the electricity comes, it starts!

1. Receiving light of sufficient energy, photons of sufficient energy excite the silicon atoms of the solar panel to generate free electrons (negative electricity) and holes (positive electricity).
2. The electrons move, and when electricity comes, the positive and negative charges will move toward the positive (P-type) and negative (N-type) poles respectively, generating current.
3. Motor driven, enjoy playing!

Good mechanical power
The connection between gears is used to transmit power. When the large and small gears are interlocked with each other, turning one of the gears will cause the other gear to follow in the opposite direction. The direction and speed allow the machine to run more smoothly.

• Change the running speed: large gear, slow but powerful.
• Change the direction of movement and transmit power.
• Transmission device: runs in the same direction and transmits power.
• The whole body is moved by a single move, and the mechanical power is super interesting.

Focus on research and development, almost demanding
Core structural design:

• Connect the terminals to the solar panel.
• The robot head can be adjusted up and down and quickly inserted into the body.
• The robot head can be mounted on the front, above or behind the chassis.
• Through the casing, children can clearly see the gear operating structure.

Unlimited fun
Simple assembly makes it easy for you to get started, and children can get a sense of self-satisfaction from it while happily enjoying the fun of parent-child travel!

Product parameters

• Applicable age: 10 years old or above
• Material: Environmentally friendly non-toxic ABS
• Packaging size: 28 x 18 x 6.5cm
• Since the dimensions are all measured by hand, there may be slight errors. Please refer to the actual product.
• Made in China, or containing simplified Chinese packaging and instructions

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