Strut bar for GS Conv?
#1
Safety Car
Thread Starter
Strut bar for GS Conv?
A. Make sense for such a vehicle (cut down on bump shutter...) between the two front shock towers?
B. Brand recommendations
B. Brand recommendations
#2
Team Owner
No.
Suspension is nothing like a strut. The veh weight is supported by the transverse leaf spring mounted way down low, under the engine. Shocks only control the spring movement.
I you are detecting shudder, you have something else going on.
Suspension is nothing like a strut. The veh weight is supported by the transverse leaf spring mounted way down low, under the engine. Shocks only control the spring movement.
I you are detecting shudder, you have something else going on.
#3
Team Owner
Member Since: Aug 2006
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C6 of Year Finalist (appearance mods) 2019
I thought strut bars were to help control body flex and keep the steering geometry correct. Used in crappy mustangs and such. No need for it in a C6.
#8
Drifting
The structure of the Corvette is nothing like most other cars. While reinforcing the chassis is possible you don't see much discussion of it because it is rarely deemed necessary and doesn't lend itself to the typical add on solutions. For all out competition the usual structural enhancement is a full roll cage.
#10
Race Director
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C6 of Year Finalist (performance mods) 2019
I thought strut bars were just taverns for cocky patrons.
#11
Drifting
Back to the OP's original question. The Corvette uses a frame rather than a unibody. Additionally, the Corvette uses a transverse leaf spring that feeds the spring loads to the lower front portion of the chassis whereas the typical unibody with a strut suspension feeds the spring loads into the upper sides of the engine compartment.
In a unibody a strut bar links (and reinforces) the structural upper sides of the unibody reducing flex and vibration. The upper sides of the Corvette's engine compartment are non structural composite plastic, essentially they are plastic fender liners. Installing a strut brace on a Corvette would serve no purpose because this is not a structural portion of the car, you would be adding weight for no purpose.
I hope this answers your question.
In a unibody a strut bar links (and reinforces) the structural upper sides of the unibody reducing flex and vibration. The upper sides of the Corvette's engine compartment are non structural composite plastic, essentially they are plastic fender liners. Installing a strut brace on a Corvette would serve no purpose because this is not a structural portion of the car, you would be adding weight for no purpose.
I hope this answers your question.
#13
Drifting
Member Since: Aug 2012
Location: Clermont fl
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St. Jude Donor '13
Back to the OP's original question. The Corvette uses a frame rather than a unibody. Additionally, the Corvette uses a transverse leaf spring that feeds the spring loads to the lower front portion of the chassis whereas the typical unibody with a strut suspension feeds the spring loads into the upper sides of the engine compartment.
In a unibody a strut bar links (and reinforces) the structural upper sides of the unibody reducing flex and vibration. The upper sides of the Corvette's engine compartment are non structural composite plastic, essentially they are plastic fender liners. Installing a strut brace on a Corvette would serve no purpose because this is not a structural portion of the car, you would be adding weight for no purpose.
I hope this answers your question.
In a unibody a strut bar links (and reinforces) the structural upper sides of the unibody reducing flex and vibration. The upper sides of the Corvette's engine compartment are non structural composite plastic, essentially they are plastic fender liners. Installing a strut brace on a Corvette would serve no purpose because this is not a structural portion of the car, you would be adding weight for no purpose.
I hope this answers your question.
#14
Drifting
#15
Drifting
Well there is the "wanna be" factor. As an aside, I notice a bit of additional chassis flex in my GS when the roof is off of the car. It's not like the C6 has no flex, its that the car is know to have a sufficiently robust chassis, in all its forms, to provide an excellent basis for performance applications.
#16
Drifting
Well there is the "wanna be" factor. As an aside, I notice a bit of additional chassis flex in my GS when the roof is off of the car. It's not like the C6 has no flex, its that the car is know to have a sufficiently robust chassis, in all its forms, to provide an excellent basis for performance applications.