1960-65 Ford Falcon, Rear Bilstein Shock Absorber
1960-65 Ford Falcon Bilstein shocks are one of the quickest and most cost effective ways to dramatically improve handling and ride quality of any vehicle. Bilstein's technically superior, monotube, high gas pressure charged design allows excessive heat from the oil to transfer to the outer surface of the shock body and dissipate more efficiently. Dividing piston also permits the oil to expand as heat builds, preventing aeration (foaming) and viscosity loss. This allows the shock to maintain full dampening characteristics as temperatures rise. If your application is not listed, please call. Our product line is constantly expanding with new applications.
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Shipping & Returns


1960-65 Ford Falcon, Rear Bilstein Shock Absorber
1960-65 Ford Falcon, Rear Bilstein Shock Absorber
1960-65 Ford Falcon Bilstein shocks are one of the quickest and most cost effective ways to dramatically improve handling and ride quality of any vehicle. Bilstein's technically superior, monotube, high gas pressure charged design allows excessive heat from the oil to transfer to the outer surface of the shock body and dissipate more efficiently. Dividing piston also permits the oil to expand as heat builds, preventing aeration (foaming) and viscosity loss. This allows the shock to maintain full dampening characteristics as temperatures rise. If your application is not listed, please call. Our product line is constantly expanding with new applications.
Original: $126.92
-65%$126.92
$44.42Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
1960-65 Ford Falcon Bilstein shocks are one of the quickest and most cost effective ways to dramatically improve handling and ride quality of any vehicle. Bilstein's technically superior, monotube, high gas pressure charged design allows excessive heat from the oil to transfer to the outer surface of the shock body and dissipate more efficiently. Dividing piston also permits the oil to expand as heat builds, preventing aeration (foaming) and viscosity loss. This allows the shock to maintain full dampening characteristics as temperatures rise. If your application is not listed, please call. Our product line is constantly expanding with new applications.






















