[Note: A significantly expanded and updated version of this article can be found here]
That air presented the greatest obstacle to automotive speed and economy was understood intuitively, if not scientifically since the dawn of the automobile. Putting it into practice was quite another story. Engineers, racers and entrepreneurs were lured by the potential for the profound gains aerodynamics offered. The efforts to do so yielded some of the more remarkable cars ever made, even if they challenged the aesthetic assumptions of their times. We’ve finally arrived at the place where a highly aerodynamic car like the Prius is mainstream. But getting there was not without turbulence. (Read More…)


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mkirk - Definitely the most advanced diesel-electric (can one still call this a pig boat?) out there. I like it as an attack boat but the 3 weeks...
mkirk - Good info…thanks.
Defender90 - Yes indeed. It’s a “bitsa” and now has station wagon body with windows in the back – yay modular body work! Over time I’ve had...
Robstar - I wonder how hard a Rocket III engine swap is.
Defender90 - As a quality machine I’d expect the Benz to have non corroding pipework, certainly I can never remember seeing any Benz leaking brake fluid. Or fuel...
Compaq Deskpro - Why not the Colt? Now that is a sharp little car, this looks like a Versa with a photocopied Hyundai face.
Robstar - I think you won Marcelo: I have a 6.6L in the US, and ironically, the largest displacement, “most cylinders” engine is by far the slowest to 60....
hans007 - you can make hydrogen from natural gas which the US has tons of. if you are inthe FCX clarity program honda has they have a home...
CelticPete - “vastly improves fuel consumption because there is no need to rev the engine to get performance. High revs are whats...
Summicron - Poor people in America tend to be fat…really fat…for men, 300+lbs fat. This car is clearly intended for them and their families who are...