3D-Printed Electric Motorcycle Fits in a Suitcase — Creator Warns of High Speed
Photo: Tom's Hardware
Quick answer
Engineer Ivan Miranda released blueprints for the Mirandetta, a 3D-printed electric motorcycle that disassembles for luggage transport.
Engineer Ivan Miranda has released blueprints for the Mirandetta, a fully 3D-printable electric motorcycle designed to disassemble for transport in a standard suitcase. The design is optimized for printers with a 300x300 mm build area, enabling all parts to be printed without assembling large components.
The motorcycle incorporates unconventional solutions: lawnmower tires with modified rims for improved cornering stability, motorcycle brake discs with enlarged central holes for 3D-printed axles, and 36V power tool batteries. Speed control is handled via Arduino and a linear potentiometer connected to the motor’s electronic controller.
The assembled motorcycle weighs approximately 14 kg without batteries. Miranda warns that the vehicle reaches dangerously high speeds. Blueprints are sold without technical support and are intended for experienced DIY enthusiasts. Miranda plans to showcase the project at the Open Sauce exhibition.
Common questions
- What materials and technologies are used in the Mirandetta electric motorcycle?
- Key components are 3D-printed, including standard T10 automotive bulbs, motorcycle brake discs, lawnmower tires, and 36V power tools batteries. Speed is controlled via Arduino and an electronic speed controller.
- Can this electric motorcycle be used for daily commuting?
- The project is not designed for commercial or everyday use. It is an experimental DIY build requiring assembly and customization.
- What are the 3D printer requirements for printing the parts?
- A 3D printer with a build volume of at least 300x300 mm is required, such as the Prusa CORE One L. Smaller models will not accommodate the parts.
Dzen feed: /feed/dzen.xml · RSS: /feed.xml