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Tag: The Future of Car Design
Video: BMW's Chief Designer Chris Bangle about the GINA Concept
Date: June 13, 2008, posted by Joerg
The experts are buzzing with excitement: BMW now introduced the concept of long-awaited GINA Light Visionary Model! The car is a double roadster, covered heavy-duty elastic material. The flexible fabric skin can take on new shapes for a high degree of personalisation. As the quest for sustainability is one of the central issues of the GINA philosophy, new materials and manufacturing processes are expected to consume less resources and energy than previous solutions.
All this is more than a technology revolution - it's a new kind of car philosophy created by Chris Bangle, Director of Design BMW. Watch him explaining the GINA concept!
Source: BMW-web.tv
Related: BMW | GINA | The Future of Car Design 

Source: BMW-web.tv
Series: The Future of Car Design - The Audi Virtuea
Date: May 02, 2008, posted by Joerg
In the last report from our future car design series we talked about the carpool vision of Honda. Now we present a completely different approach to future mobility: It's all about the single-seat design of the Audi Virtuea Quattro!

Though such a concept might not be very efficient in minimizing traffic, the Audi Virtuea contributes to the health of the environment by using hydrogen as an energy source. But what's really amazing about this car is its ability to change its exterior design! The Audi Virtuea functions as a solid unit at its core, while providing thousands of possible holographic exteriors stored in a library and accessible through the vehicle's interactive holographic interface. The driver can switch between different designs from one minute to the next and without any environmental impact, as no physical materials are needed to create the design, regardless of size.
Another remarkable feature is the Community Processing Unit of the Audi Virtuea. It connects by wireless with the processing units of the surrounding vehicles, thus allowing for collective memory and active symbiosis. And in case you notice the picture of the solid unit and wonder if it has any wheels - it does: the spherical wheels enable the vehicle to maneuver in every direction.
Images: Audi
Related: Audi | Virtuea | The Future of Car design 
Though such a concept might not be very efficient in minimizing traffic, the Audi Virtuea contributes to the health of the environment by using hydrogen as an energy source. But what's really amazing about this car is its ability to change its exterior design! The Audi Virtuea functions as a solid unit at its core, while providing thousands of possible holographic exteriors stored in a library and accessible through the vehicle's interactive holographic interface. The driver can switch between different designs from one minute to the next and without any environmental impact, as no physical materials are needed to create the design, regardless of size.
Another remarkable feature is the Community Processing Unit of the Audi Virtuea. It connects by wireless with the processing units of the surrounding vehicles, thus allowing for collective memory and active symbiosis. And in case you notice the picture of the solid unit and wonder if it has any wheels - it does: the spherical wheels enable the vehicle to maneuver in every direction.
Images: Audi
Series: The Future of Car Design - The Honda One to the Power of Four
Date: April 16, 2008, posted by Joerg
Doc Martins, shaving brushes and Mariah Carey: Sooner or later everything we thought was forgotten is now celebrating a comeback. Envisioning the mobility of the future, Honda dug out something else that was almost over and done with: Carpools!
Based on the belief of a re-urbanisation movement in the 2040's, Honda Designers Ben Davidson, Khrystyne Zurian and Shae Shatz advanced the old carpool model to face the jam-packed streets of tomorrow: The Honda 124 (One to the Power of Four) is a concept for a robotic modular vehicle comprising four pods. Thanks to a combination of artificial intelligence and molecular engineering each separate unit maintains its own power source. When coupled together they can travel at higher speeds and use a High Occupancy Vehicle Lane. When it is near to the passengers final destinations, it automatically transforms into four smaller single seater vehicles that are easily maneuverable. Module one (see slideshow) maintains most of the look and performance of the original vehicle and allows the driver to continue to travel significant distances at high speed. The modules two and three are light weight personal transport modes, perfect for traveling short, inner-city distances. The front and rear modules can re-join together and take advantage of the carpool system as one. There is no need to mention that the Honda 124 is an energy efficient car concept: The power comes from a solar hybrid power system with a very flexible usability: Two cars from the system can be recharged at one time enabling the two other cars to travel freely. Well, the only thing left to argue about: Who will use which module? Images: Honda
Related: Honda | One to the Power of Four | carpools | The Future of car design 
Based on the belief of a re-urbanisation movement in the 2040's, Honda Designers Ben Davidson, Khrystyne Zurian and Shae Shatz advanced the old carpool model to face the jam-packed streets of tomorrow: The Honda 124 (One to the Power of Four) is a concept for a robotic modular vehicle comprising four pods. Thanks to a combination of artificial intelligence and molecular engineering each separate unit maintains its own power source. When coupled together they can travel at higher speeds and use a High Occupancy Vehicle Lane. When it is near to the passengers final destinations, it automatically transforms into four smaller single seater vehicles that are easily maneuverable.
New Series: The Future of Car Design - The Biomobile Mecha
Date: April 01, 2008, posted by Joerg
If you believe the movie-makers, our future will have really amazing cars in store. Just imagine the upright moving vehicles on vertical streets like in “Minority Report” or the flying cars in „The Fifth Element“. But trust me, the stuff that vehicle designers are planning for the future is not any less fancy! Because of the challenges of tomorrow, like climate change, less space in rapidly growing urban centers and roadways that have reached the point of saturation, these guys are coming up with some hilarious ideas. So we want to present the coolest and craziest off-the-wall-concepts in our new series: The future of car design!
Click our slideshow to watch the amazing design concept of the Biomobile Mecha
We are going to start with a view of Toyota’s future vision which could be described as “back to nature”. With the Biomobile Mecha concept the Japanese car manufacturer resorts to the principle of biomimicry: Inspired by biological life forms, this vehicle provides dynamic driving instincts and structural adaptations to accommodate the user’s need for space. Thanks to the implementation of nanotechnology, the structure of the vehicle is able to expand and contract horizontally and vertically to serve as a compact commuter, an aerodynamic performance car and temporary dwelling. Further, it is able to adapt to its driving environment by utilizing nano-laser wheels. And as if that were not enough, this vehicle is even more than emission-free – it’s powered by pollution! It extracts harmful substances from the air and utilizes them as an energy source to restore the balance to the atmosphere. The only handicap: The Biomobile Mecha is so far just a concept that may only exist in 50 years. Let’s see if Toyota will turn this vision into reality. Images: Toyota
Related: Biomobile Mecha | car | design | emission-free | The Future of Car Design | nanotechnology | Toyota 
Click our slideshow to watch the amazing design concept of the Biomobile Mecha
We are going to start with a view of Toyota’s future vision which could be described as “back to nature”. With the Biomobile Mecha concept the Japanese car manufacturer resorts to the principle of biomimicry: Inspired by biological life forms, this vehicle provides dynamic driving instincts and structural adaptations to accommodate the user’s need for space. Thanks to the implementation of nanotechnology, the structure of the vehicle is able to expand and contract horizontally and vertically to serve as a compact commuter, an aerodynamic performance car and temporary dwelling. Further, it is able to adapt to its driving environment by utilizing nano-laser wheels.
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