The video is a step-by-step guide on how to create a life-size, fully functional Lego motorcycle. The creator starts by designing and manufacturing each piece of the motorcycle using a 3D modeling program. The pieces are then printed in 3D using a printer with multiple beams. The motorcycle is assembled by joining the pieces together, with some pieces requiring additional reinforcement. The motorcycle is designed to support a weight of up to 150 kilos. The creator also explains how to install a powerful motor from a hoverboard, which is custom-supported for a flat axle. The motorcycle is equipped with a 52-volt battery, which can be charged and disconnected as needed. The creator also adds a license plate and wires everything up, ensuring the cables are neatly hidden. The motorcycle is tested and found to be functional, with a maximum speed of 30 km/h. The creator is satisfied with the result and believes that the motorcycle is easy to carry and reassemble if it crashes.
Here are the key facts extracted from the text:
1. The creator made a life-size and fully functional Lego motorcycle.
2. The motorcycle was designed and manufactured from scratch using 3D printed plastic pieces.
3. The motorcycle has a 600-watt motor from a hoverboard.
4. The motor can make the motorcycle go up to 50 kilometers per hour.
5. The motorcycle has a 52-volt battery with 5 amps.
6. The battery is interchangeable, allowing for extended use.
7. The motorcycle has electric brakes that hold the motor.
8. The motorcycle has a headlight with its own battery.
9. The motorcycle has a license plate.
10. The motorcycle is completely functional and can be ridden.
11. The motorcycle has a top speed limit of 25 kilometers per hour to be completely legal.
12. The motorcycle was tested with a rider weighing 10 kilos less than the creator and worked perfectly.
13. The motorcycle was designed to hold up to 150 kilos.
14. The motorcycle has 10-inch air-filled wheels.
15. The motorcycle was built piece by piece in the creator's garage.
16. The creator used a 3D printer to print the plastic pieces.
17. The motorcycle has a steel bar inside some of the plastic pieces for added strength.
18. The motorcycle has nuts and pins to hold the pieces together.
19. The motorcycle has a custom support for the motor.
20. The motorcycle has a welded shaft to attach the motor to the wheel.
21. The battery is made up of lithium cells wrapped together.
22. The motorcycle has a speedometer, but it was too big to fit in the handlebars.
23. The motorcycle has a round head nut on the wheel axle to prevent it from rubbing against the rider's ankles.
24. The motorcycle has a cut-off license plate holder.
25. The motorcycle has a light bulb with its own battery that can be easily replaced.
26. The motorcycle has a button to turn on the headlight.
27. The motorcycle's seat is not the most comfortable, but the rest of the motorcycle is functional and easy to carry.