As many of you know, I am a bit of an engineering geek. As such, I post some of the more unique and interesting things I find from around the world from time to time for the purposes of discussion. So, I will preface this by saying that I am not suggesting you buy this or anything, but rather that it is an amazing feat of engineering. It's a 4 seater car that is only slightly larger than a Mercedes Benz Smart Fortwo, has better fuel economy than a Smart, and is destined for the US as a 2011 Scion. It's called the Toyota iQ, and it is an amazing piece of industrial design due to it's unique packaging. The fuel tank, for example is less than 5 inches thick, the differential is in front of the engine ( not behind like most front drivers), and it only weighs 1,975 lbs. It is also a Euro NCAP (their NHTSA) 5 star safety rated car. Also, it gets 55 mpg in the combined cycle and is NOT a hybrid. All in a package that is no longer than the original British Mini. Price? Around $13-15k. Anyhow, here's the concept one with a silly body kit and wheels.
One of the articles I read on it is here:http://consumerguideauto.howstuffworks.com/2010-toyota-iq.htm
Wikipedia:http://en.wikipedia.org/wiki/Toyota_iQ
I will also say that this is why the US has historically lagged so far behind the rest of the world in car design. Instead of smart packaging, design and quality we have focused too much on making the cheapest big car we can. Projects like this are not only useful as cheap transportation, but they also are valuable tools to teach engineers new ideas and concepts in design that can then be used across the board. If US auto makers would try to expand their horizons every now and then by taking on such projects, it would help them learn to build better cars across their entire model lineups.
One of the articles I read on it is here:http://consumerguideauto.howstuffworks.com/2010-toyota-iq.htm
Wikipedia:http://en.wikipedia.org/wiki/Toyota_iQ
I will also say that this is why the US has historically lagged so far behind the rest of the world in car design. Instead of smart packaging, design and quality we have focused too much on making the cheapest big car we can. Projects like this are not only useful as cheap transportation, but they also are valuable tools to teach engineers new ideas and concepts in design that can then be used across the board. If US auto makers would try to expand their horizons every now and then by taking on such projects, it would help them learn to build better cars across their entire model lineups.