An awesome DIY electric scooter that not only can be controlled by a throttle but also registers when the rider kicks the scooter forward has been created by Maker Bitluni. Watch the demonstration videos below to learn more about the electric scooter project created by the German maker.
Innovative Design and Functionality
The electric scooter designed by Maker Bitluni stands out due to its innovative hybrid functionality. Unlike traditional electric scooters that rely solely on throttle control, this scooter can also detect when the rider kicks it forward. This dual-mode control system offers a more intuitive and engaging riding experience. The scooter uses an external monitor to sense forward pushes, and an Arduino Micro regulates the speed via PWM (Pulse Width Modulation) output. This clever integration of hardware and software ensures smooth acceleration and deceleration, making the ride both fun and safe.
Unfortunately, electric scooters in Germany are illegal, although motor-assisted bicycles are not. To navigate this legal landscape, Bitluni has ingeniously created a hybrid electric scooter/bike. By doing so, he has developed a legal alternative that complies with local regulations. This hybrid design not only makes the scooter legal to ride but also adds an extra layer of versatility, allowing it to be used in various settings where traditional electric scooters might be restricted.
Technical Details and Build Process
For those interested in the technical aspects, the project is a treasure trove of DIY ingenuity. The Arduino Micro, a small yet powerful microcontroller, serves as the brain of the scooter. It processes input from the external monitor and adjusts the motor’s speed accordingly. The use of PWM output allows for precise control over the motor, ensuring a smooth and responsive ride. This setup is ideal for hobbyists and makers who enjoy tinkering with electronics and programming.
The project is well-documented, and Bitluni has generously shared the Arduino code on GitHub. This open-source approach allows others to replicate or even improve upon his design. For more detailed information on the project, you can visit Bitluni’s YouTube channel, where he has uploaded several demonstration videos. These videos provide a comprehensive overview of the build process, from initial concept to final testing.
The videos not only showcase the scooter in action but also delve into the technical challenges and solutions encountered during the build. This makes it easier for other makers to understand the intricacies involved and potentially adapt the project to their own needs.
If you enjoyed this article, you are sure to enjoy how to build your very own Arduino wind speed meter or anemometer project, which is easy to build with basic Arduino skills. This project, like the electric scooter, leverages the versatility of Arduino to create a functional and educational device.
Source: GitHub : AB
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