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Activ -body roll?
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- chunky9
- Lancer Evolution
- Posts: 821
- Joined: Sun May 27, 2012 10:21 pm
- Location: Sydney, New South Wales
Yes obviously it doesn't change the diameter of the bar but I think adjusting it to the 23 or 25mm mounting points will give you equivalent stiffness to a 23 or 25mm bar, even though it won't exactly be the same.
Erin some that info I pulled straight from the whiteline site
http://www.whiteline.com.au/vehicle_swaybars.php
And yeah I agree you can indeed have too much of a good thing lol, a lot of other sources i read said that too thick a sway bar can make the ride more dangerous etc there are a lot of pros and cons
Erin some that info I pulled straight from the whiteline site
http://www.whiteline.com.au/vehicle_swaybars.php
And yeah I agree you can indeed have too much of a good thing lol, a lot of other sources i read said that too thick a sway bar can make the ride more dangerous etc there are a lot of pros and cons
As Steve said, 24mm is the thickness of the bar. It obviously can't be adjusted.
The length of the bar is going to be the same no matter what, as it has to fit into the required space on the car.
Layman's explanation of swaybars:
A swaybar works by connecting at each side of the car and as the car tries to lean over, it causes a twist in the bar. The bar's resistance to twist depends on the diameter to the power of 4, so and upgrade of a few mm can double its torsional stiffness.
In the whiteline bars, there are three holes at each end of the bar. The ones closest to the centre allow the least amount of twisting, therefore most stiffness, and the furthest ones give the most flexibility.
The length of the bar is going to be the same no matter what, as it has to fit into the required space on the car.
Layman's explanation of swaybars:
A swaybar works by connecting at each side of the car and as the car tries to lean over, it causes a twist in the bar. The bar's resistance to twist depends on the diameter to the power of 4, so and upgrade of a few mm can double its torsional stiffness.
In the whiteline bars, there are three holes at each end of the bar. The ones closest to the centre allow the least amount of twisting, therefore most stiffness, and the furthest ones give the most flexibility.
Last edited by debonaire on Wed Jan 16, 2013 10:45 am, edited 1 time in total.
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