Sunday, January 24, 2010

Honda Helix Concept Car not just function as transportation


Honda HELIX Concept Car
Honda presented a futuristic design at LA Design Challenge 2009 earlier this month. Honda Helix is made of advanced adaptive polymers, capable of shifting shape, color or even material properties, when coupled with the user's genetic code (DNA), which would allow a vehicle to not just function as transportation, but rather be an extension of the user, evolving in parallel with the user throughout his or her life.
What is individuality? What does it mean to be exclusively unique? In an increasing world of global commercial goods, is it really possible to be one of a kind? Emerging technologies, such as genetic integration and advanced adaptive polymers, will shatter the current paradigm of what is now considered "personally" unique.
Like DNA, the Helix has 3 major, distinct conformations: A, B and Z. "A" is short and wide for cities that have very tight and intertwining road systems, where agility and speed allow a vehicle to more easily navigate chaotic traffic patterns. "B" is long and low for the sprawling cities of the world, where large distances allow for high speed travel. "Z" is tall and thin for congested cities of the world, where seating occupants vertically on two levels has the most volume per minimum footprint of any vehicle.
By using flexible and transforming multi-functioning parts, the Helix adapts and reacts to specific environments and traffic patterns by changing the orientation of its main capsule for optimal environmental operation and user functionality. Bio-receptors allow the vehicle to micro-adjust even further to meet the exact demands of the user and the environment. The direction of movement stays constant no matter what conformation the vehicle assumes.
Ownership will become more about the fulfillment for the driver through time and less about fulfillment of a product's lifespan. The longer the vehicle is with its owner, the more time it has to evolve to meet the user‘s needs, and ultimately form a unique singular bond between both human and machine DNA.