How to make a line gyro?

The steps of making a linear gyro are as follows:

1. Preparation material: Select wire with a diameter of about 15-20cm, and the length can be determined by itself as required. In addition, pliers and scissors, pencils or similar cylinders are needed.

2. Thread cutting: Cut the thread with pliers and scissors, with a length of about 30 cm. Pay attention to the use of appropriate force to avoid uneven cutting or injury to fingers.

3. Bend the wire: bend the wire into a ring with pliers and fingers, leaving about 5 cm at the end. This ring will become the bottom of the gyro.

4. Making a three-dimensional ring: Pick up the end of the remaining iron wire and wrap it into a three-dimensional ring with a pencil or similar cylinder. This three-dimensional ring will become the rotating part of the gyro.

5, adjust the shape: adjust the shape of the ring and the three-dimensional ring with pliers to make it more rounded and balanced. Sandpaper can be used to smooth the sharp part of the iron wire to avoid hurting hands or other objects.

6. Rotation test: Put the manufactured linear gyro on the smooth ground, and rotate it gently with your fingers to observe its rotation. If the rotation is unstable or skewed, the shape or center of gravity can be adjusted appropriately.

7. Finished product: If the linear gyro can rotate smoothly, it will be finished. Can be decorated with colored paint or other decorations to make it more beautiful and personalized.

Application scenarios of linear gyroscopes;

1, Children's Toys: The steel wire gyro is a toy suitable for children. It can train children's hand-eye coordination and hands-on ability, and also help to cultivate children's patience and concentration.

2. Leisure and entertainment: The steel wire gyro can also be used as a way of leisure and entertainment. You can play and enjoy it in your spare time, bringing a relaxed and happy feeling.

3. Performing arts: Wired gyroscopes can also be used for performing arts, such as magic performances or dance performances as props or background decorations to increase the attraction and visual effects of performances.

4. Science education: The linear gyro can also be used in science education, for example, as a model of rotating motion in physics teaching to help students better understand the concepts and principles of physics.

5. Office toys: In the office, the steel wire gyro can also be used as a decompression toy to relieve work pressure and fatigue and increase the fun of the office.