Someone 3D-Printed a Scooter Small Enough to Fit in Cabin Luggage
Ivan Miranda's foldable scooter design makes travel easier than ever.
1A Revolutionary 3D-Printed Scooter
Ivan Miranda used a 3D printer as a small-scale factory to produce a fully functional scooter. The most striking feature is its compact size, with parts small enough to fit in a suitcase for easy assembly. Miranda's project pushes the boundaries of personal manufacturing.
2Modular Design and Smart Solutions
The scooter's wheels are repurposed from lawn mower tires, paired with specially designed rims. Miranda kept the rims unusually narrow to prevent tire sidewalls from bulging outward. This small but effective detail enhances the scooter's performance.
3Power and Control Systems
The vehicle is powered by two 36V batteries driving a belt-driven hub motor. An Arduino-based system handles throttle control, while a DC-DC converter provides 12V for lights and horn. Critical components like the front fork are made from aluminum for durability.
4Travel-Friendly Design
The scooter's biggest advantage is its portability. Miranda disassembled it into a regular suitcase and flew it to Maker Faire Prague, where it won the 'suitcase-sized project' contest after reassembly. This proves the concept's practicality for travelers.
5Community Response and Improvements
After Hackaday covered the project, debates erupted about whether it's truly a motorcycle or scooter. Miranda has since refined the design, replacing more metal parts with 3D-printed versions and open-sourcing the project files for DIY enthusiasts.
6A Glimpse Into 3D Printing's Future
Miranda's project demonstrates how far 3D printing technology has come. Producing a functional scooter at home is now a practical reality, not just theoretical. Such innovations pave the way for personalized manufacturing and sustainable transportation solutions.
Original article: Yanko Design — Bavul Boyutunda 3D Baskılı Scooter