Quote:
Originally Posted by stang93mustang okay, you guys and gals are making me rethink this! I would still like to relocte the pump though. It would have a better look to me than with it hanging down like that. I only put it there in the first place because when I bought the car as a roller that is where they had it mounted.
Reg, how do I know what length to get? |
i would go with 60"
just for the rest of the world
wheelie bar 101.....
Wheelie bars do more than keep the car from flipping over backwards they can also be tuned to keep just the right amount of force on the rear tires so the car can be accelerated faster.
Let's say we have a 3000 lb car that does not have wheelie bars. Keeping this very simple, when the car launches and raises the front tires off the ground then there is 3000 lbs on the rear tires (there can actually be more than 3000 lbs but let's keep this simple). This 3000lbs is the most pressure that can be applied to the tires.
If we add wheelie bars and the car launches hard enough so the car rests on the wheelie bars for a 100 ft then some of the 3000 pounds has to be "shared" by the wheelie bars. So, instead of 3000 lbs on the tires there may now be 2650 lbs on the tires and 350lbs is being "stollen" by the wheelie bars.
The amount of weight on the rear tires can change depending on the LENGTH of the wheelie bars. A LONGER wheelie bar will remove LESS weight from the rear tires while a SHORTER wheelie bar removes MORE weight from the rear tires. Depending on the car, switching from a 45" long wheelie bar to a 60" long wheelie bar can keep around 100lbs on the rear tires. So if our car in the above example started with 45" long wheelie bars and we switched to 60" long wheelie bars then we may have went from 2650lbs to 2750lbs of pressure on the rear tires. This can be better than adding an extra 100lbs of weight to the car just to get the car to hook.
*The 100 lbs is just an example and can be a lot less or a lot more since it depends on the car and how it launches.