KYB Shocks & Struts Gas-A-Just Front PONTIAC Fiero 1984-87 1966-ford-club-wagon-esi2385699 Vibrant Performance TurboFlex Couplings feature

Vibrant Performance TurboFlex Couplings feature an internal Stainless Steel Interlock Liner to facilitate smooth flow and also protects the bellows from direct exposure to high temperature exhaust gases

3/8HSE Description_DES Mr

Description_FAB CNC machined billet aluminum housing and Dupont Rynite base Description_FAB Easy-to-adjust mechanical advance with supplied springs and stop bushings Description_FAB Advance weight pins are staked and tig welded to the plate Description_FAB Supplied with Cap-A-Dapt and rotor (accepts MSD socket style caps) Description_FAB Advance plate and weights are fine blanked from chrome moly steel and QPQ coated for friction reduction Description_FAB Mechanical advance assembly can be locked out for crank trigger systems Description_FAB Nylon pads ensure smooth operation of the advance weights Description_FAB Maintenance-free magnetic pickup and precision reluctor create stable trigger signals throughout the rpm range Description_FAB Polished steel shaft is QPQ coated and guided by a sealed ball bearing Description_FAB No CARB Exemption Order Number

Vacuum Advance Adjustable Emblem MOPAR Omega inchM inch Emblem Feature/Benefit Engine valve cover breather cap features the Mopar inchOmega inch logo on top

Robust 16-row stacked-plate oil cooler effectively reduces oil temps

KYB Shocks & Struts Gas-A-Just Front PONTIAC Fiero 1984-87 1966-ford-club-wagon-esi2385699 Vibrant Performance TurboFlex Couplings featureThe Gas a just monotube shock absorber is available as an OE monotube replacement to restore your vehicles original capabilities. The KYB Gas a just has two separate working chambers: An air free hydraulic piston and valve area for responsiveness and control, and a second high pressure nitrogen gas area with a floating piston that provides a comfortable ride during normal driving and adds instant performance on demand. Electronic safety systems depend