The Honda Motocompacto Type R: A DIY Electric Scooter
Introduction:
Have you heard about the Honda Motocompacto Type R? This DIY electric scooter project aims to create a faster and more customizable version of the classic Motocompacto. In this article, we will delve into the driving experience of the Motocompacto Type R and explore the modifications made to enhance its performance. From battery upgrades to tuning the drivetrain, there are various aspects of this project that make it a unique and exciting venture for enthusiasts.
Providing The Juice
The first challenge in building the Motocompacto Type R was getting a suitable battery mounted in the scooter’s body. Instead of using the expensive stock Motocompacto battery, the builder opted for a more cost-effective solution by repurposing a battery from a Hoverboard. This 36V pack, commonly used in scooters and e-bikes, was a budget-friendly alternative that offered decent power output. With the battery installed, the next step was to wire up the throttle, route the mechanical brake, and add a headlight powered by a sodium-ion cell. These initial modifications set the stage for further enhancements to the scooter’s performance.
Finishing Touches
After completing the wiring and installation of essential components, the scooter was ready for its first test ride. However, initial acceleration tests revealed that the scooter’s power output was insufficient for optimal performance. By adjusting the current settings through the VESC tool software, the builder was able to increase the power output gradually. Experimenting with different current levels, from stock power to two horsepower, allowed for fine-tuning the scooter’s performance to achieve the desired balance of power and efficiency. Despite some initial challenges with overheating and motor issues, the builder was able to optimize the power delivery and throttle response for a smooth and enjoyable riding experience.
Changes
The DIY nature of the Motocompacto Type R project allows for a high level of customizability and future modifications. From changing out batteries to tweaking the drivetrain tune, there are endless possibilities for enhancing the scooter’s performance and functionality. The project also highlights the importance of allowing enthusiasts to tinker and tune their electric vehicles, as it adds a layer of personalization and engagement to the ownership experience. Looking ahead, the builder plans to continue refining the scooter’s design and exploring additional modifications to improve its speed, stability, and overall ride quality.
Conclusion
The Honda Motocompacto Type R project exemplifies the creativity and ingenuity of DIY enthusiasts in the electric vehicle community. By reimagining and upgrading a classic scooter design, the builder has created a unique and exciting vehicle that offers a thrilling driving experience. From battery upgrades to power tuning, every aspect of the project showcases the potential for customization and innovation in the realm of electric scooters. As the Motocompacto Type R continues to evolve and improve, it serves as a testament to the endless possibilities of DIY electric vehicle projects. Stay tuned for more updates and modifications to the Motocompacto Type R as it takes on new challenges and reaches new heights of performance and functionality.