How does lowering effect taking corners?
How does lowering effect taking corners?
So i did my research first but I couldnt find quite what I was looking for. I understand that for the most part lowering the G is a visual modification but for some odd reason the visual gain to loss of clearance ratio is not that appealing to me. What I was wondering was if any1 notices a noticable diffrence in the way the car corners? My friend was trying to convince me that with the way I drive I would love the way the my car cornered if i lowered it, I am looking for some info from others who have lowered on just a bit maybe Z springs or something comparable.
Yes I understand that in theory that my cornering will be better and i know it "techinally" will be better. I was wondering if it would be better to any noticable degree or not really.
You will definitely notice a difference when you lower it and get it aligned.. sways will also make a noticeable impact!
Trending Topics
So i did my research first but I couldnt find quite what I was looking for. I understand that for the most part lowering the G is a visual modification but for some odd reason the visual gain to loss of clearance ratio is not that appealing to me. What I was wondering was if any1 notices a noticable diffrence in the way the car corners? My friend was trying to convince me that with the way I drive I would love the way the my car cornered if i lowered it, I am looking for some info from others who have lowered on just a bit maybe Z springs or something comparable.
Divide the center of gravity [change 1"] by the tread width [1"/60"] to derive the percentage of weight transfer improvement.
If an opposite wheel-tire has 900 pounds and 1/3 of that is transfered at 0.9G. 1" lowering will reduce the weight transfer by 5 pounds on opposite wheel/tire.
Not significant in anything but perception and feel.
Tire rack has some excellant tests showing various suspension changes on a BMW and how little springs, shocks, sway bars actually improve things because most oem designs are already 95% of what is possible for weight and tires.
They do however change the feel and after you spend the money they must be better.
If an opposite wheel-tire has 900 pounds and 1/3 of that is transfered at 0.9G. 1" lowering will reduce the weight transfer by 5 pounds on opposite wheel/tire.
Not significant in anything but perception and feel.
Tire rack has some excellant tests showing various suspension changes on a BMW and how little springs, shocks, sway bars actually improve things because most oem designs are already 95% of what is possible for weight and tires.
They do however change the feel and after you spend the money they must be better.
It's more than just the amount of drop, you have to consider the spring rates for one thing, etc., etc...
On BMW's, perhaps there's not much to be gained, they're optimized from the factory as it is. But it does make quite a difference on other vehicle makes and models.
On BMW's, perhaps there's not much to be gained, they're optimized from the factory as it is. But it does make quite a difference on other vehicle makes and models.
Divide the center of gravity [change 1"] by the tread width [1"/60"] to derive the percentage of weight transfer improvement.
If an opposite wheel-tire has 900 pounds and 1/3 of that is transfered at 0.9G. 1" lowering will reduce the weight transfer by 5 pounds on opposite wheel/tire.
Not significant in anything but perception and feel.
Tire rack has some excellant tests showing various suspension changes on a BMW and how little springs, shocks, sway bars actually improve things because most oem designs are already 95% of what is possible for weight and tires.
They do however change the feel and after you spend the money they must be better.
If an opposite wheel-tire has 900 pounds and 1/3 of that is transfered at 0.9G. 1" lowering will reduce the weight transfer by 5 pounds on opposite wheel/tire.
Not significant in anything but perception and feel.
Tire rack has some excellant tests showing various suspension changes on a BMW and how little springs, shocks, sway bars actually improve things because most oem designs are already 95% of what is possible for weight and tires.
They do however change the feel and after you spend the money they must be better.
I have 2 engineering degrees and an MBA so formulae is my life.
All these simple formulae can be found in Suspension Textbooks:
AS to aftermarket mods most are not cost effective........you can spend thousands and only gain a few percent..........if you are racing for money a few % may be the ticket?
All these simple formulae can be found in Suspension Textbooks:
AS to aftermarket mods most are not cost effective........you can spend thousands and only gain a few percent..........if you are racing for money a few % may be the ticket?
Thread
Thread Starter
Forum
Replies
Last Post
Z1Motorsports
Suspension-Vendor
56
May 31, 2020 01:56 PM



