Forget electric bicycles and such, instead, focus on the newest development in the cycle community, the EADS Airbike. As a 3D printed bicycle, the EADS Airbike ushers in an eco-friendly, efficient and fully functional way to create this mode of transportation.
Developed by the European Aeronautic Defence and Space Company (EADS), the EADS Airbike is made entirely out of nylon material. Not only is it 65 per cent lighter than the nearest aluminum on the market right now, it is also said to be stronger than steel.
Not only that, according to the creators, "…replacement parts can be easily printed and swapped for damaged one … and the manufacturing of this bike uses one tenth of the materials usually required."
3D Printed Cycles
The EADS Airbike is Said to Be Stronger than Steel
Trend Themes
1. 3D Printing - The EADS Airbike demonstrates the potential for 3D printing to revolutionize the manufacturing of bicycles, offering lighter and stronger materials.
2. Eco-friendly Transportation - The EADS Airbike showcases the opportunity for eco-friendly transportation options in the cycling industry, with its use of efficient 3D printing and reduced material consumption.
3. Replacement Parts Innovation - The EADS Airbike highlights the innovative potential for easily printed and interchangeable replacement parts, reducing downtime and improving maintenance processes in the bicycle industry.
Industry Implications
1. Transportation - The EADS Airbike disrupts the traditional bicycle manufacturing industry, offering a new approach to creating lightweight and durable bicycles through 3D printing.
2. 3D Printing - The EADS Airbike presents an opportunity for the 3D printing industry to expand its reach into the production of functional and strong consumer goods, such as bicycles.
3. Sustainable Manufacturing - The EADS Airbike exemplifies the potential for sustainable manufacturing practices within the cycling industry, showcasing how 3D printing can reduce material waste and environmental impact.