The Peugeot Concept Bike is a Chainless Wonder
Meghan Young — February 1, 2010 — Lifestyle
Taking a break from their auto mindset, this French car maker goes back to its roots with this Peugeot concept bike. Yet that seems to be the only step backwards that they will be taking.
Revealing a futuristic design, the Peugeot concept bike belongs in some sci-fi movie. Made from carbon fibre, it is powered by a chainless drive. Touted as a race bike, its tires are specially made for optimal aerodynamic advantages.
Revealing a futuristic design, the Peugeot concept bike belongs in some sci-fi movie. Made from carbon fibre, it is powered by a chainless drive. Touted as a race bike, its tires are specially made for optimal aerodynamic advantages.
Trend Themes
1. Futuristic Design - The Peugeot concept bike showcases a futuristic design, presenting an opportunity for innovators to explore new materials, shapes, and functionality in various industries.
2. Chainless Drive - The chainless drive technology featured in the Peugeot concept bike presents an opportunity for disruptors in the biking industry to develop innovative and maintenance-free propulsion systems for bicycles.
3. Aerodynamic Tires - The specialized aerodynamic tires of the Peugeot concept bike open up possibilities for entrepreneurs in the tire manufacturing industry to create advanced designs that enhance speed and performance.
Industry Implications
1. Automotive - The Peugeot concept bike highlights the potential for automotive companies to incorporate new design elements and technologies into their product offerings, extending their expertise beyond cars and motorcycles.
2. Bicycles - The introduction of the Peugeot concept bike's chainless drive technology creates an opportunity for disruptive innovation in the bicycle industry, leading to the development of more efficient and low-maintenance bicycles.
3. Tire Manufacturing - The specialized aerodynamic tires of the Peugeot concept bike inspire disruptive innovation in the tire manufacturing industry, encouraging the creation of advanced tire designs that improve performance and efficiency in various applications.
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