CHERUBIM Air Line Racers are Curvy and Slick
Andrew Robertson — March 6, 2012 — Eco
References: cherubim.jp & hypebeast
The new CHERUBIM Air Line model by the Tokyo-based bike company is its newest design, promoted as the most aerodynamic bicycle the company has created. Revolving around the concept of removing any hard angles that would cause wind resistance in traditional bike designs, the CHERUBIM Air Line model is intended for optimal performance in time trial events such as the Hour Record and Velodrome.
The bike’s “integrated electrical shifting system” and “31.8 steel seat tubing” permit the rider to elegantly maneuver around a course while the low wind drag simultaneously allows for optimal speed. The CHERUBIM Air Line is a ravishingly red racer that is sure to inspire future deviations from the standard bike model as well as impressing racers in future events.
The bike’s “integrated electrical shifting system” and “31.8 steel seat tubing” permit the rider to elegantly maneuver around a course while the low wind drag simultaneously allows for optimal speed. The CHERUBIM Air Line is a ravishingly red racer that is sure to inspire future deviations from the standard bike model as well as impressing racers in future events.
Trend Themes
1. Angle-less Bikes - Opportunities for further innovation in creating more aerodynamic bicycles by eliminating hard angles that can cause wind resistance.
2. Integrated Electrical Shifting Systems - Development of more seamless and efficient electrical shifting systems for bicycles to provide riders with smoother and quicker gear changes.
3. Optimal Performance Bicycles - Innovation in designing bicycles specifically for time trial events and velodrome races to improve performance and achieve new records.
Industry Implications
1. Bicycle Manufacturing - Companies can pursue opportunities to incorporate more advanced and aerodynamic designs and features into their bicycles to stay competitive.
2. Sporting Goods Retail - Retailers can offer more specialized and performance-focused bicycles tailored towards specific racing and event types to cater to the needs of serious athletes.
3. Electronics Manufacturing - Companies can explore the potential for developing better electrical shifting systems and other electronic features to enhance the functionality and performance of bicycles.
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