The 'Battaglin Fenix' is an innovative steel e-bike that was developed in order to make it possible for legendary cyclist Giovanni Battaglin to go about enjoying two-wheel exploration again after heart problems meant that he was told he couldn't ride a conventional bicycle again.
This particular steel e-bike takes the form factor of a road bike but offers a handy boost by way of the rear hub-located motor that works in conjunction with a battery capable of producing 250 watt-hours. Meanwhile, pedal assist allows for handy movement without getting one's heart rate up.
Elsewhere, one of the unique features of the 'Battaglin Fenix' steel e-bike is the fact that each and every unit is built in a customized manner taking into account the unique dimensions and geometry of each purchaser, which goes a long way to explaining why only 30 units of this particular e-bike will be constructed this year.
This steel e-bike is available for prices starting at around $10,482 in Europe, with riders able to choose between a dozen different colors.
Bespoke Steel E-Bikes
The 'Battaglin Fenix' Features Geometric Cues Customized to Each Purchaser
Trend Themes
1. Customized E-bikes - The development of the 'Battaglin Fenix' steel e-bike showcases the trend of customized e-bikes tailored to the unique dimensions and geometry of each purchaser.
2. Pedal Assist Technology - The 'Battaglin Fenix' steel e-bike incorporates pedal assist technology, highlighting the trend of incorporating assistance features to facilitate movement without raising heart rate.
3. Steel E-bikes - The rise of steel e-bikes like the 'Battaglin Fenix' demonstrates the trend of utilizing steel frames for electric bicycles, combining durability and innovation.
Industry Implications
1. Cycling - The customized 'Battaglin Fenix' steel e-bike presents disruptive innovation opportunities for the cycling industry by offering customized dimensions and geometries.
2. Electric Vehicles - The integration of pedal assist technology in the 'Battaglin Fenix' steel e-bike presents disruptive innovation opportunities for the electric vehicle industry by providing efficient and low-impact transportation options.
3. Manufacturing - The production of steel e-bikes such as the 'Battaglin Fenix' presents disruptive innovation opportunities for the manufacturing industry by combining traditional materials with modern technology.