Pi-Shaped Bicycles

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Martijn Koomen and Tadas Maksimovas Create the Functional Pi Bike

In celebration of Pi Day on March 14, which also coincidentally happens to be Albert Einstein's birthday, Martijn Koomen and Tadas Maksimovas have designed the completely functional Pi Bike. The fixed gear bicycle is constructed from a hard crafted carbon fiber frame made in the shape of the π symbol. The two designers were inspired by a drawing of a pi bike by Tang Yau Hoong, a Malaysian artist. Kooman and Makismovas took action to the drawing-initiated thought and began their year long construction of the completed Pi Bike.

The two began by sketching out the structured frame of the bike, and altering and testing it at a variety of scales with a range of materials before actually settling on the size and frame of the shape. Molds were cast in order to craft the frame out of resin to were then sanded down before the completed Pi Bike was assembled.
Trend Themes
1. Carbon-fiber Bicycles - The Pi Bike showcases the potential for carbon fiber materials in bicycle manufacturing, offering lightweight and durable options for riders.
2. Symbolic Design - The use of the π symbol in the Pi Bike demonstrates the trend of incorporating symbolic and artistic elements into functional products.
3. Customized Geometry - The process of sketching and testing different frame sizes and shapes for the Pi Bike highlights the growing trend of customized geometry in bicycle design, allowing for better ergonomics and performance.
Industry Implications
1. Bicycle Manufacturing - The Pi Bike presents an opportunity for manufacturers to explore novel designs and materials, appealing to niche markets and enthusiasts.
2. Art and Design - The symbolic and visually appealing Pi Bike represents an opportunity for artists and designers to collaborate with manufacturers to create unique and eye-catching products.
3. Material Science - The utilization of carbon fiber and resin in the construction of the Pi Bike opens up opportunities for material scientists to further innovate lightweight and strong materials for various applications.

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