The body of the BamGoo is made out of bamboo. Designers from Kyoto University, and the City of Kyoto (home to the famous environmental protocols), demonstrated how organic material like bamboo—which is light, very strong and grows very fast—might be incorporated into car design. The single-seat all-electric car weighs on 130 pounds and can travel 30 miles on a charge.
Showing posts with label organic. Show all posts
Showing posts with label organic. Show all posts
Sunday, January 10, 2010
Unique Design Concept Car BamGoo Electric
The body of the BamGoo is made out of bamboo. Designers from Kyoto University, and the City of Kyoto (home to the famous environmental protocols), demonstrated how organic material like bamboo—which is light, very strong and grows very fast—might be incorporated into car design. The single-seat all-electric car weighs on 130 pounds and can travel 30 miles on a charge.
Friday, January 8, 2010
Design Concept Peugeot Omni Car Ideas for Future
Beautiful Design Concept Peugeot Omni Car IdeasI think this design concept peugeot is wonder beautiful modern car for future. The Peugeot Omni gets its name from the uncanny omnidirectional abilities of the car’s wheels. But it’s the electric motors in each of those four wheels that give the Omni its green credentials. Those are powered by lithium ion batteries charged, in part, by solar cells on the roof. The amount of energy required is reduced due to the lightweight carbon fiber body, the teardrop-shaped aerodynamic design, structural elements made of aluminum and titanium, and super efficient organic light-emitting diode (OLED) lighting.
Design Concept Peugeot Omni Car Ideas for Future
Beautiful Design Concept Peugeot Omni Car IdeasI think this design concept peugeot is wonder beautiful modern car for future. The Peugeot Omni gets its name from the uncanny omnidirectional abilities of the car’s wheels. But it’s the electric motors in each of those four wheels that give the Omni its green credentials. Those are powered by lithium ion batteries charged, in part, by solar cells on the roof. The amount of energy required is reduced due to the lightweight carbon fiber body, the teardrop-shaped aerodynamic design, structural elements made of aluminum and titanium, and super efficient organic light-emitting diode (OLED) lighting.
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