Modifying stock controll arms
#22
Really, for the sake of arguement, if you know the c/l to c/l length of f body LCA's, can cut, tap, weld, you can crank every variation of these out all day on your own. With what a welder, tap, and chop saw. And a jig to cut fishmouth ends on tubing.
#23
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#25
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lol no thanks, I like 1 round with the welder better
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#29
I'm bustin your ***** you know that right lol.
Yes, it feels different than stock, I kind of avoided the question because I don't know how to put it to words.
Really to answer the original topic, yes it is slightly cheaper to box the stock LCA's and replace the bushings if you have tools, steel, a welder, etc.
I just did it for the hell of it, if I didn't I'd have 100% stock LCA's on that car right now.
And I like to do work like that sometimes. And if I went to aftermaket my loss wouldn't be much.
I honestly can't tell a difference in either car. When I put these in, the shifts hit harder, it'll break third loose when it wouldn't before.
Yes, it feels different than stock, I kind of avoided the question because I don't know how to put it to words.
Really to answer the original topic, yes it is slightly cheaper to box the stock LCA's and replace the bushings if you have tools, steel, a welder, etc.
I just did it for the hell of it, if I didn't I'd have 100% stock LCA's on that car right now.
And I like to do work like that sometimes. And if I went to aftermaket my loss wouldn't be much.
I honestly can't tell a difference in either car. When I put these in, the shifts hit harder, it'll break third loose when it wouldn't before.
#30
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#33
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you know im not a professional fabricator but a damn good one and i have alot of friends that are damn good profossional fabricators that can make anything so i know some **** so get thouse aircraft quality rod ends and your flux wire welder and make some and im ganna buy some made by BMR etc and we can see wich car launches and behaves better
Last edited by witry; 01-21-2009 at 03:46 PM.
#34
you know im not a professional fabricator but a damn good one and i have alot of friends that are damn good profossional fabricators that can make anything so i know some **** so get thouse aircraft quality rod ends and your flux wire welder and make some and im ganna buy some made by BMR etc and we can see wich car launches and behaves better
You suck at typing BTW <<----cue for hostile retort.
#35
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I could give two ****'s about a discount. Maybe instead on giving your insight here why dont you go teach in a class room sir, so then you can correct all the grammer and spelling you want.
#36
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I'm still wondering, what this "boxing the stock LCA" is good for...?
From my understanding... the job of the LCA's is to transmit longitudinal forces for accelarating and breaking. And for this job, they are robust (will be difficult to compress or stretch them longitudinal).
By boxing these pieces and putting inflexbile Poly-Bushings in, they are more resistive against lateral and rotating forces.
But from my understanding, the LCA's have to ALLOW torsion, because it happens, when one wheel is more or less spring-defleted than the other one. Also lateral movement occurs, when the axle is moving up and down, because the endpoint of the PHB is moving around an arc-line.
It's the PHB's job, to transmit lateral forces... isn't it?
Well, stronger LCA-Bushings may have a positive effect on wheel-hopping, but boxing the LCA's?
Just a little bit confused...
Holger
From my understanding... the job of the LCA's is to transmit longitudinal forces for accelarating and breaking. And for this job, they are robust (will be difficult to compress or stretch them longitudinal).
By boxing these pieces and putting inflexbile Poly-Bushings in, they are more resistive against lateral and rotating forces.
But from my understanding, the LCA's have to ALLOW torsion, because it happens, when one wheel is more or less spring-defleted than the other one. Also lateral movement occurs, when the axle is moving up and down, because the endpoint of the PHB is moving around an arc-line.
It's the PHB's job, to transmit lateral forces... isn't it?
Well, stronger LCA-Bushings may have a positive effect on wheel-hopping, but boxing the LCA's?
Just a little bit confused...
Holger
#38
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I'm still wondering, what this "boxing the stock LCA" is good for...?
From my understanding... the job of the LCA's is to transmit longitudinal forces for accelarating and breaking. And for this job, they are robust (will be difficult to compress or stretch them longitudinal).
By boxing these pieces and putting inflexbile Poly-Bushings in, they are more resistive against lateral and rotating forces.
But from my understanding, the LCA's have to ALLOW torsion, because it happens, when one wheel is more or less spring-defleted than the other one. Also lateral movement occurs, when the axle is moving up and down, because the endpoint of the PHB is moving around an arc-line.
It's the PHB's job, to transmit lateral forces... isn't it?
Well, stronger LCA-Bushings may have a positive effect on wheel-hopping, but boxing the LCA's?
Just a little bit confused...
Holger
From my understanding... the job of the LCA's is to transmit longitudinal forces for accelarating and breaking. And for this job, they are robust (will be difficult to compress or stretch them longitudinal).
By boxing these pieces and putting inflexbile Poly-Bushings in, they are more resistive against lateral and rotating forces.
But from my understanding, the LCA's have to ALLOW torsion, because it happens, when one wheel is more or less spring-defleted than the other one. Also lateral movement occurs, when the axle is moving up and down, because the endpoint of the PHB is moving around an arc-line.
It's the PHB's job, to transmit lateral forces... isn't it?
Well, stronger LCA-Bushings may have a positive effect on wheel-hopping, but boxing the LCA's?
Just a little bit confused...
Holger
#39
I'm still wondering, what this "boxing the stock LCA" is good for...?
From my understanding... the job of the LCA's is to transmit longitudinal forces for accelarating and breaking. And for this job, they are robust (will be difficult to compress or stretch them longitudinal).
By boxing these pieces and putting inflexbile Poly-Bushings in, they are more resistive against lateral and rotating forces.
But from my understanding, the LCA's have to ALLOW torsion, because it happens, when one wheel is more or less spring-defleted than the other one. Also lateral movement occurs, when the axle is moving up and down, because the endpoint of the PHB is moving around an arc-line.
It's the PHB's job, to transmit lateral forces... isn't it?
Well, stronger LCA-Bushings may have a positive effect on wheel-hopping, but boxing the LCA's?
Just a little bit confused...
Holger
From my understanding... the job of the LCA's is to transmit longitudinal forces for accelarating and breaking. And for this job, they are robust (will be difficult to compress or stretch them longitudinal).
By boxing these pieces and putting inflexbile Poly-Bushings in, they are more resistive against lateral and rotating forces.
But from my understanding, the LCA's have to ALLOW torsion, because it happens, when one wheel is more or less spring-defleted than the other one. Also lateral movement occurs, when the axle is moving up and down, because the endpoint of the PHB is moving around an arc-line.
It's the PHB's job, to transmit lateral forces... isn't it?
Well, stronger LCA-Bushings may have a positive effect on wheel-hopping, but boxing the LCA's?
Just a little bit confused...
Holger
Either way I am bored with this cold weather and have no money so I got one done last night. Not sure if I am going to replace the bushings or not. Either way I will feel like it is beter in my head!