A revolutionary compact design
Ivan Miranda has pushed the boundaries of 3D printing with his compact electric motorbike, ingeniously crafted to be dismantled for convenient travel. Unlike conventional approaches that use additive manufacturing for small components, Miranda’s project showcases the potential of creating an entire rideable vehicle from 3D-printed materials. Designed to be packed into standard luggage, this innovative scooter disassembles into panels, brackets, wheels, and key mechanical parts.
If you’re curious about incorporating art in unexpected formats, Laura Ellen Bacon’s willow sculptures offer another fascinating look at art and materials innovation.
For those interested in merging travel with innovation, Kodak’s Millennium collection of mini cameras could be another inspiring tech piece that excites travel enthusiasts.
Clever engineering for efficient travel
By sustainably repurposing items, designer Ivan Miranda has adapted lawn mower tires for the motorbike, expertly narrowing the 3D-printed rims to ensure a rounded tire profile ideal for turning. This customization prevents excessive outward expansion, making the tires function like those on traditional motorbikes. Powered by two 36-volt tool batteries, the vehicle moves with a belt-driven hub motor, while an Arduino processes throttle commands from a modified potentiometer integrated into the right handlebar.
The motorbike, weighing just over 14 kilograms without batteries, was put to the test at Maker Faire Prague, where Miranda reassembled it after air travel.
Integrating technology and practicality
Among the scooter’s standout features is a bi-stable kickstand mechanism that securely locks in both open and closed states. Its innovative design includes a flexible 3D-printed seat, hinged to reveal a compact storage compartment underneath. Additionally, the braking system incorporates a modified bicycle disc brake with an adjusted central opening and a repositionable caliper.
Continuous improvements by Miranda include replacing metal parts with printed alternatives, reducing the reliance on specialized hardware. While this project offers open-source plans and a detailed bill of materials on Miranda’s website, it is essential to remember that this motorbike is an experimental vehicle not certified for road use.
An accessible construction journey
As an open-source initiative, this mini motorbike reflects a maker-friendly approach, allowing enthusiasts to assemble it at home. The project’s documentation by Ivan Miranda meticulously covers each stage from 3D printing to assembly, making it an engaging venture for DIY aficionados.
With a blend of 3D-printed parts and everyday mechanical elements, this unique motorbike stands as a testament to innovation and creativity, paving the way for more futuristic travel solutions.
Sources & Links
Source: designboom.com
Frequently asked questions
What makes Ivan Miranda’s motorbike travel-friendly?
Ivan Miranda’s motorbike can be dismantled into panels, brackets, wheels, and key mechanical parts, allowing it to be packed into standard luggage for convenient travel.
How is the motorbike powered?
The motorbike is powered by two 36-volt tool batteries and uses a belt-driven hub motor, while an Arduino processes throttle commands from a modified potentiometer in the right handlebar.
Is Miranda’s motorbike suitable for road use?
This motorbike is an experimental vehicle and is not certified for road use.