Well, I use to tell a tale about car engineering being one of the most conservative forms of engineering around. It is a long one, and some of you have heard it, probably, because it is around the Internet, but here it goes on my own words:JohnnyBoy wrote:Maybe the gas turbine could be used to power an electric generator...
How long will it take for the new technologies to be applied in motorsport!? Maybe not F1 but surely it will start being used in racing soon, i think!
"Back in the roman empire times, Julius Caesar ruled about the legal width of a horsecar. The idea was that the width should be standardized because the wheels were really narrow and they produced ruts all over the road.
This was a feature hard to change for an individual horsecar maker, so this width hold for centuries, long after the fall of the Roman Empire and the Feudal ages.
Then, when the railroad was invented, James Watt had to use the same tracks used by the old horsecars on mines, that naturally, had the standardized rut width, so the width of the UK tracks became the same as the roman roads.
On time, british exported the railroad around the world, and the width of the british track became the standard in USA. A century of "progress" passed and the americans took part on the space race.
When the thiokol rocket for the Space Shuttle was produced, one of the factors in designing it was the width of the railroad tunnels it will have to pass, given by the width of the american railroad track, given by the width of the british track, given by the roman 44 BC law.
So the most advanced vehicle on earth has a width that is roughly equal to the width of the butt of two horses."
So much for car engineering and quick progress, I'd say... The lesson here: next time you dictate an standard, think carefully about it. It can live longer than you expect.