Yes it's another one of those I saw it on Ebay threads
#1
Yes it's another one of those I saw it on Ebay threads
yea so I so this on ebay...and i'm scratching my head right now, think I'm pretty sure they doesn't do anything for the car
http://cgi.ebay.com/ebaymotors/ULTRA...item2a13e1dd70
but go ahead and correct me if I'm wrong
http://cgi.ebay.com/ebaymotors/ULTRA...item2a13e1dd70
but go ahead and correct me if I'm wrong
#2
Passion for Racing
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Well i'd say the animations pretty well describe what they do... Although it may not be noticable to the average driver, the chassis does flex quite a bit when you corner even with low G-loads. this does help with the overall comfort factor, but track-prepped cars don't really need this comfort, so adding the bars to improve the overall chassis stiffness is a good idea.
Why? Mainly because it will reduce flex in the shock towers and subframe (thus decreasing wear on the overall system and it will keep the wheels more planted while cornering and the coilovers/struts more even, improving the cornering even further).
Why? Mainly because it will reduce flex in the shock towers and subframe (thus decreasing wear on the overall system and it will keep the wheels more planted while cornering and the coilovers/struts more even, improving the cornering even further).
#5
Sharp Claws
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it's idiocracy in action.
the rear subframe is meant to move freely, placing them on a vehicle without solid subframe mounts will rip gaping holes in the frame rails. even the motion of a fraction of an inch with the stock bushings, something is going to give with how cheesily they mounted them.
the rear subframe is meant to move freely, placing them on a vehicle without solid subframe mounts will rip gaping holes in the frame rails. even the motion of a fraction of an inch with the stock bushings, something is going to give with how cheesily they mounted them.
Last edited by RotaryEvolution; 09-19-11 at 10:27 PM.
#6
brap, brap, pop
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it's idiocracy in action.
the rear subframe is meant to move freely, placing them on a vehicle without solid subframe mounts will rip gaping holes in the frame rails. even the motion of a fraction of an inch with the stock bushings, something is going to give with how cheesily they mounted them.
the rear subframe is meant to move freely, placing them on a vehicle without solid subframe mounts will rip gaping holes in the frame rails. even the motion of a fraction of an inch with the stock bushings, something is going to give with how cheesily they mounted them.
Last edited by arsinal4496; 09-20-11 at 01:57 AM. Reason: grammer correction...alet at night....leave me alone
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#8
Purpose Built
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The bottom line is that if you want that cross-member not to move, you're going to replace all the rubber on it with delrin or aluminum.
#9
Engine, Not Motor
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And notice they take up the stock exhaust hanger holes as well. You can even see in the picture how the exhaust mount is hanging to the side. I love how the driver side will tear through the frame rail and end up in the fuel/brake lines.
#12
Passion for Racing
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Actually that sort of compliance will not really become enough to alter suspension geometry greatly, in fact the difference between a stitch welded chassis with a roll cage and a the same shell unmodified wouldn't be that noticeable to even a highly-trained race driver until that car has race-compound tires on it, street compounds don't add the same magnitude of forces into the chassis.
The shock towers are nothing more than a two-force member, they pivot if the subframe moves forward under acceleration, or sideways during cornering the only forces they are seeing are along their length in compression.
The bottom line is that if you want that cross-member not to move, you're going to replace all the rubber on it with delrin or aluminum.
The shock towers are nothing more than a two-force member, they pivot if the subframe moves forward under acceleration, or sideways during cornering the only forces they are seeing are along their length in compression.
The bottom line is that if you want that cross-member not to move, you're going to replace all the rubber on it with delrin or aluminum.
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