Okay, I ran a quick search for information about installing strut bars and came up with nil. I also realize that to most people with half a brain, installation seems rediculously simple. But I'm an engineer.
When installing strut bars, what load should be on the wheels. Because the bars are adjustable, you'd want to put them on either:
a) when the suspension is in perfect alignment
b) in such a way that the suspension deforms to the "perfect" position when cornering hard.
I'm guessing a) is the correct answer, because then you don't compromise straight-line driveability (and tire wear) for cornering performance, which leads to another question.
Is the suspension alignment perfect when the suspension is loaded or unloaded? Obviously, the suspension geometry will change when the weight of the car is put onto the struts. Did the Honda engineers design the chassis and body such that the suspension would be in the optimal alignment when the weight was off the cars, or did they take static deformation int account and design the suspension to be in perfect alignment under the weight of the car.
Maybe I'm just being anal, but as I'll be installing a set this week, I want to make sure I do it right. I want the bars to be completely neutral when my suspension's in perfect alignment to limit deflection either way. In other words, I don't want the bars pushing or pulling my suspension out of perfect alignment due to making them the incorrect length.
Thanks.
When installing strut bars, what load should be on the wheels. Because the bars are adjustable, you'd want to put them on either:
a) when the suspension is in perfect alignment
b) in such a way that the suspension deforms to the "perfect" position when cornering hard.
I'm guessing a) is the correct answer, because then you don't compromise straight-line driveability (and tire wear) for cornering performance, which leads to another question.
Is the suspension alignment perfect when the suspension is loaded or unloaded? Obviously, the suspension geometry will change when the weight of the car is put onto the struts. Did the Honda engineers design the chassis and body such that the suspension would be in the optimal alignment when the weight was off the cars, or did they take static deformation int account and design the suspension to be in perfect alignment under the weight of the car.
Maybe I'm just being anal, but as I'll be installing a set this week, I want to make sure I do it right. I want the bars to be completely neutral when my suspension's in perfect alignment to limit deflection either way. In other words, I don't want the bars pushing or pulling my suspension out of perfect alignment due to making them the incorrect length.
Thanks.
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