Found in 1 comment on Hacker News
josephlord · 2013-05-03 · Original thread
"Porsche somehow manages to start with the 911 where they stick the engine way out behind the rear axle (high polar moment of inertia, poor front/rear weight distribution) and make it handle beautifully."

Actually there are some benefits to the arrangement. The high polar moment of inertia actually should make any spin slower to start and easier to catch than a mid engine arrangement. Under hard braking the weight shifts forwards so the weight distribution changes to more balanced than with other arrangements. Under power the weight is over the rear wheels for power out of the corner.

A 911 behaves differently to other cars but I'm not sure the arrangement is actually worse in most dynamic scenarios. Understeer into the corners is the main dynamic weakness when pushed really hard and can be compensated for by trail braking into the corners. I guess you can get into trouble if you go into a corner too fast, panic brake and lose the rear end but if you are used to the set up you can make use of it.

[I've only driven a 1980's 911 so maybe I'm over extrapolating to all rear engined cars and I've never tried a mid engined car. This book is really good at explaining how do get the most out of different weight distributions and has some fun stories (I've got the first edition but it probably isn't much different): http://www.amazon.co.uk/Porsche-High-performance-Driving-Han...]

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