Hack
Well-Known Member
- Joined
- Nov 26, 2014
- Threads
- 86
- Messages
- 12,834
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- 8,258
- Location
- Minneapolis
- Vehicle(s)
- Mustang, Challenger
After considering this question, I think you are part right and part wrong. When a car is spinning it's not spinning about its center normally. If it were, then a mid engine would be the easiest to recover from a spin with. When a car starts to spin it normally is spinning about the front wheels. So a front engine RWD car should be relatively easy to recover with since there is less mass rotating (assuming it's front engine with the transmission in the front as well).To be fair, he thinks the driver ran outta tallent.
Again, with mid engine cars it's HARDER to stop the ass end from coming around. Like spinning a top, not a pendulum. front engine/RWD & rear engine/RWD cars are far easier to recover when the ass gets loose. Dunno why you find it difficult to understand that?
Mass takes force to accelerate. If the mass is in the center of the car, it will take less force to stop the car from rotating compared to a rear engine car. I remember when I was a kid, my parent's '76 beetle took a little adjustment when hanging the back out. Once that heavy rear of the car started sliding sideways, it wanted to keep going. Compared to front engine rear wheel drive cars - on those the back would return quickly and easily. I haven't driven a mid-engine car, but based on what I know about physics I think a mid engine should behave somewhere between the front and rear engine cars. Easier to recover from a spin than a rear engine car, but not as easy as a front engine car.
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