The CeramicSpeed 'Driven' Gear System Reduces Friction by 49%
Michael Hemsworth — July 11, 2018 — Art & Design
References: ceramicspeed & yankodesign
The CeramicSpeed 'Driven' gear system is designed to eliminate the need for traditional bicycle chains and increase efficiency to keep riders focused on riding rather than their equipment.
The gear system is presently in the prototype phase and works by integrating a series of ceramic ballbearings that reduce the friction created with traditional chain systems by 49%. This is achieved in an ornate package that could revolutionize the experience of riding a bike by eliminating unnecessary components in favor of mechanically superior solutions. The system has been developed into a 13-speed option that identifies how a bike can be made to supercharge efficiency and keep riders feeling agile on the road.
The CeramicSpeed 'Driven' gear system has been developed by the brand and the University of Colorado Mechanical Engineering Department.
The gear system is presently in the prototype phase and works by integrating a series of ceramic ballbearings that reduce the friction created with traditional chain systems by 49%. This is achieved in an ornate package that could revolutionize the experience of riding a bike by eliminating unnecessary components in favor of mechanically superior solutions. The system has been developed into a 13-speed option that identifies how a bike can be made to supercharge efficiency and keep riders feeling agile on the road.
The CeramicSpeed 'Driven' gear system has been developed by the brand and the University of Colorado Mechanical Engineering Department.
Trend Themes
1. Chain-free Bikes - The CeramicSpeed 'Driven' Gear System eliminates the need for traditional bicycle chains, opening up innovation opportunities for designing and building bicycles without chains.
2. Mechanically Superior Solutions - The integration of ceramic ball bearings in the CeramicSpeed 'Driven' Gear System creates friction reduction by 49%, leading to innovation opportunities in mechanical engineering for other industries besides bicycles.
3. Efficient 13-speed Option - The 13-speed option in the CeramicSpeed 'Driven' Gear System could potentially supercharge efficiency, leading to innovation opportunities in the design and implementation of faster and more efficient vehicles.
Industry Implications
1. Bicycles - The CeramicSpeed 'Driven' Gear System presents an innovation opportunity to the cycling industry by allowing the creation of lighter bikes, less dependent on traditional chain systems.
2. Mechanical Engineering - The integration of ceramic ball bearings in the CeramicSpeed 'Driven' Gear System creates innovation opportunities in mechanical engineering that can optimize the performance of other machines beyond bicycles.
3. Automotive - The CeramicSpeed 'Driven' Gear System's 13-speed option could lead to the development of more efficient vehicles and transportation systems by enhancing the performance of mechanical systems and reducing friction.
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