The video is a tutorial on how to convert a rusted scooter into an electric scooter. The scooter was initially restored, painted, and had some parts replaced. The tutorial then focuses on the process of installing an electric motor kit, which includes an engine, camera, tire, and screen.
The video also covers the installation of a battery, which is crucial for the scooter's performance. The tutorial emphasizes the importance of using high-quality cells and ensuring the battery's capacity is maximized. The tutorial also covers the installation of the scooter's controller, which is hidden underneath the scooter for aesthetic reasons.
The video then discusses the installation of the scooter's brake system and the addition of a trigger accelerator. The tutorial also covers the installation of a screen, which is placed on the handlebars. The video also covers the installation of a battery cover to protect the cables and prevent them from rubbing against the ground.
The tutorial then covers the installation of a headlight, which is placed on the scooter's frame. The video also covers the installation of a reflector, which is placed on the scooter's chassis. The tutorial also covers the installation of a charger, which is used to charge the scooter's battery.
The video then discusses the scooter's performance, including its speed, autonomy, and handling. The tutorial also covers the scooter's resistance to water and its ability to navigate different terrains. The video also covers the scooter's ability to approach animals without disturbing them.
The video concludes with a discussion on the scooter's aesthetics and the tutorial's creator's satisfaction with the final product. The tutorial also covers the creator's use of a small camera mounted on a bracelet for recording videos.
Here are the key facts extracted from the text:
1. The text is about how to make a homemade electric scooter from a normal scooter and a motor kit.
2. The motor kit includes everything needed to install the engine, the screen, the accelerator, the brake and the battery.
3. The engine is mounted on the rear wheel and can reach up to 72 km/h with a 52 volt battery.
4. The controller is modified to fit under the chassis and is covered with a polycarbonate sheet.
5. The headlight is battery-powered and mounted on the handlebar with a modified support.
6. The camera is a tiny device that can be attached to a bracelet or a parachute and has a stabilization feature.
7. The camera can record videos from different angles and transfer them to a mobile or tablet.