[Mini Life] "Today I'm going to be a pilot!"

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This is a model that can simulate airport operations and also teach physics knowledge, I named it: "Today I want to be a pilot!"

Model Features:

1. Very compact, designed for multi-color printing by parts, only takes a little over two hours to print

2. no supports needed for all parts

3. Helps children learn aviation and physics knowledge

4. It's both a toy and a refrigerator magnet, when not playing, a row of small planes can be attached to the refrigerator

5. The unique structure of the small planes allows them to be used individually as fidget spinners

Model Description:

This is a very cute Q-version airport. Although the model is not large, it includes all basic airport elements such as control tower, terminal, runway, apron, and airplanes. It comes with three cute small airplanes in different colors. The airplanes have a magnetic attachment structure, can also be used individually as refrigerator magnets, and are also fidget spinner toys. The most amazing thing is that because the three small airplanes are close to each other, they cleverly use the principle of magnetic interference, so one airplane's rotation might affect the rotation of the other two airplanes, and the rotation state is very random

Gameplay:

Three children can play together. The randomness of the airplane's rotation greatly increases the fun of the game, allowing children to learn about airport operations and the physics principles of like poles repelling and opposite poles attracting magnets while playing.

Game rules: Three people play simultaneously, each taking turns to spin their own airplane. Each person has five chances. If their airplane's rotation causes the magnetic field to drive other airplanes to rotate, driving one airplane earns 1 point, and driving two airplanes earns 2 points. After five rounds, whoever has the most points, indicating their airplane was flown most steadily, will be the first to become the pilot. Because the influence of magnetic force between airplanes is related to distance, the rotation state is very random, which adds to the fun. If you replay, you can swap airplanes or positions, or even swap half airplanes (airplanes will be composed of two different colors). You can also match different magnet installation directions, because different magnet pole directions result in different magnetic field interference directions, you can try multiple combinations to let children learn about magnetic fields in a fun way. Of course, you can also define your own rules

Other Instructions:

The magnet size is 5*2.8, you can also change the magnet size by modifying the negative parts. The larger the magnet, the greater the mutual influence

In short, this is a simple but very interesting game that might plant a tiny seed for a child's aviation dream