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Sway Bar - Front (1 1/8 inch) part # SB-708

Home  - Ford-Mercury  - Falcon 1961-71  - Sway Bar - Front (1 1/8 inch) part # SB-708
Home  - OP  - Mustang 1967-1973  - Front End Suspension  - Sway Bar - Front (1 1/8 inch) part # SB-708

Falcon 1961-71
Sway Bar - Front (1 1/8 inch) part # SB-708
Available for
  • 1967-70 Mustang
  • 1968-70 Falcon
  • 1966-69 Ranchero
  • 1966-70 Comet
  • 1967-70 Cougar
Sway bars are tuning devices and should not be considered the whole suspension. Oversized sway bars are not the answer. Suspension geometry, springs, shocks, tire and wheel combinations and driving styles all effect cornering capability and should be addressed accordingly. (Without going into detail about each component and its effect on the performance of the vehicle. Weíll stick to the basics.) Cars with poor handling at high speeds generally have a lot of corner entry understeer. This is generally due to using too soft of a front spring rate. Large sway bars are now installed to reduce body roll and understeer. However, the vehicle will still have some understeer. So what do you do? The consensus would be to install a rear sway bar. The rear sway bar will again reduce body roll but will also reduce the amount of traction at the rear. Less traction at the rear allows the car to rotate after the apex (oversteer). The bigger the rear sway bar the less traction during corner exit you will have. Our approach is different. We fix the geometry in the front and make the car turn into the corner, so traction isnít reduced in the rear. Depending on the front-endís capability, installing a rear sway bar in some cases will give the car less grip in a corner. Tech tip: Global West Suspensions cataloging suggests sway bar usage. Suspension geometry, spring selection and components all play a part in balancing the suspension. Certain sway bars are not always required.

http://www.globalwest.netsb-708.html
$221.45
Sway Bar - Front (1 1/8 inch) part # SB-708
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Available for
  • 1967-70 Mustang
  • 1968-70 Falcon
  • 1966-69 Ranchero
  • 1966-70 Comet
  • 1967-70 Cougar
Sway bars are tuning devices and should not be considered the whole suspension. Oversized sway bars are not the answer. Suspension geometry, springs, shocks, tire and wheel combinations and driving styles all effect cornering capability and should be addressed accordingly. (Without going into detail about each component and its effect on the performance of the vehicle. Weíll stick to the basics.)

Cars with poor handling at high speeds generally have a lot of corner entry understeer. This is generally due to using too soft of a front spring rate. Large sway bars are now installed to reduce body roll and understeer. However, the vehicle will still have some understeer. So what do you do? The consensus would be to install a rear sway bar. The rear sway bar will again reduce body roll but will also reduce the amount of traction at the rear. Less traction at the rear allows the car to rotate after the apex (oversteer). The bigger the rear sway bar the less traction during corner exit you will have.

Our approach is different. We fix the geometry in the front and make the car turn into the corner, so traction isnít reduced in the rear. Depending on the front-endís capability, installing a rear sway bar in some cases will give the car less grip in a corner.

Tech tip: Global West Suspensions cataloging suggests sway bar usage. Suspension geometry, spring selection and components all play a part in balancing the suspension. Certain sway bars are not always required.
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Sway Bar - Front (1 1/8 inch) part # SB-708
Item #:SB-708
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Product Description
Available for
  • 1967-70 Mustang
  • 1968-70 Falcon
  • 1966-69 Ranchero
  • 1966-70 Comet
  • 1967-70 Cougar
Sway bars are tuning devices and should not be considered the whole suspension. Oversized sway bars are not the answer. Suspension geometry, springs, shocks, tire and wheel combinations and driving styles all effect cornering capability and should be addressed accordingly. (Without going into detail about each component and its effect on the performance of the vehicle. Weíll stick to the basics.)

Cars with poor handling at high speeds generally have a lot of corner entry understeer. This is generally due to using too soft of a front spring rate. Large sway bars are now installed to reduce body roll and understeer. However, the vehicle will still have some understeer. So what do you do? The consensus would be to install a rear sway bar. The rear sway bar will again reduce body roll but will also reduce the amount of traction at the rear. Less traction at the rear allows the car to rotate after the apex (oversteer). The bigger the rear sway bar the less traction during corner exit you will have.

Our approach is different. We fix the geometry in the front and make the car turn into the corner, so traction isnít reduced in the rear. Depending on the front-endís capability, installing a rear sway bar in some cases will give the car less grip in a corner.

Tech tip: Global West Suspensions cataloging suggests sway bar usage. Suspension geometry, spring selection and components all play a part in balancing the suspension. Certain sway bars are not always required.
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