The video demonstrates how to build a V8 electromagnetic engine using a solenoid motor. The creator starts by explaining the main components of the engine, including the solenoid, crankshaft, and connecting rods. They then proceed to build the engine, step by step, using materials such as copper wire, rigid wire, and a computer fan.
The creator first builds the crankshaft, which is the most complicated part of the engine, using a piece of rigid copper. They then install the crankshaft in a wooden base and attach a computer fan to the end of the crankshaft.
Next, the creator makes the electromagnetic part of the engine, which is the solenoid, using a coil of enameled wire wrapped around a pen. They then attach the solenoid to the wooden base and connect it to a power supply.
The creator also builds a connecting rod and attaches it to the crankshaft and the solenoid. They then add a switch made from a piece of aluminum to control the engine's rotation.
After completing the engine, the creator tests it and finds that it works, but with some issues. They make some adjustments, including adding lubrication and replacing the aluminum plate with a copper plate, to improve the engine's performance.
Finally, the creator notes that the engine still has some defects, including a tendency to jump and lose contact when the crankshaft hits the contact point. They suggest that this is a common issue in machines that work too fast and may need to be addressed in future versions of the engine.
Here are the key facts extracted from the text:
1. The engine being built is an electromagnetic solenoid motor.
2. The engine requires 100 thousand jewels.
3. The main part of the solenoid motor is the solenoid, which is wound up with wires that work as an electromagnet.
4. A malted number 23 wire is used for the solenoid.
5. Rigid copper wire is used for some parts of the engine.
6. A computer fan is used as a base for the engine.
7. A crankshaft is made from a piece of rigid copper that is 20 centimeters long.
8. The crankshaft is bent at 90 degrees at specific points to create a crooked shape.
9. A little piece of wood is cut to fit the crankshaft and provide engine contact.
10. A small hole is drilled in the center of the computer fan to fit the crankshaft.
11. Hot glue is used to attach the fan to the wooden base.
12. An electromagnet is created by wrapping enameled wire around a piece of pen.
13. The electromagnet has 550 turns of wire.
14. A connecting rod is made from a piece of copper wire.
15. A nail is used as a piston and is attached to the connecting rod.
16. The engine is powered by a 12-volt computer power supply.
17. Aluminum cans are used to create a switch for the engine.
18. Copper is used to improve contact between the aluminum and the copper structure.
19. The engine has a defect that causes it to lose contact and weaken when the crankshaft hits a certain point.
20. The defect can be fixed by adding a small piece of copper to the aluminum plate.