That's the thing. It's simple physics. You don't need the leverage from a steering wheel off a lake tanker if the race car actually turns.
That's the thing. It's simple physics. You don't need the leverage from a steering wheel off a lake tanker if the race car actually turns.
That's the thing. It's simple physics. You don't need the leverage from a steering wheel off a lake tanker if the race car actually turns.
Oki-dokie. If there's no answer at the door I'm out in the garage fabricating a bolt on steering wheel extender for your truck.![]()
That's the thing. It's simple physics. You don't need the leverage from a steering wheel off a lake tanker if the race car actually turns.
When your car goes 200mph and weighs 4000lbs, and you have to drive it for 4-5 hours per race, it helps to have a bigger wheel with the seat pushed closer forward. It's an entirely different set of situations.
Awesome explanation!
Maybe now you can explain how guys do double stints (3-4 hours) going from 240 to 50 and back up to 240 through the chicanes on the Mulsanne Straight for 24 hours in a car with a itty-bitty little steering wheel like this for me too.
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Pictured is a 2000lbs race car with a quick steering ratio.
You seem to be confused. A race car is built for a specific purpose. The reason any half-way decent sports car can beat a NASCAR race car on a road course is because they're faster than a 4000lbs sled built to go 200mph in a giant circle. Duh???
Check out how close these idiots sit to the steering wheel...
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To further your debate:
2013 V8 Supercar Mercedes E63 AMG
1400KG (3080lbs)
650HP
300KM/h top speed
And not using semi truck steering
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I can't read it again. No time. In any event, those so called "hicks" have little to worry about.
Out of interest (because it bores me to death)........how many passes are made (on average) in any given F1 race?
From the bits & pieces I've watched - it appears the pole sitter usually wins, uncontested (unless something mechanical ****s up).