Oldsmobile Vista Cruiser Wagon 1971, Monro-Matic Plus™ Rear Driver or Passenger Side Shock Absorber by Monroe®. Quantity: 1 per Pack. Nitrogen gas charged Monro-Matic Plus shocks and struts feature VPV (velocity proportional valving) and innovative all weather fluid. They offer improved ride comfort for any vehicle whether it is a passenger car or a hard working truck, at an affordable price.
Notes: It’s recommended to replace shock or strut in pairs (passenger and driver side at the same time).
|Compressed Length: 12.625"|
|Extended Length: 21.25"|
|Stroke Length: 8.625"|
|Material Dust Shield: Metal|
|Dust Shield: Yes|
|Extended Bumper Stop: No|
|Lower Mounting: L1/CP1|
|Upper Mounting: Stem Mount - 2.375" Stem Length X 0.375"-16 Thread Pitch|
|Extended Hydraulic Lockout: No|
- Twin-Tube internal design
- An ideal balance of comfort and control for any driving condition
- Improved ride at an economical price
- Special "self-lubricating" fluid seal
- All weather fluid
- Full displaced valving
Monroe Monro-Matic Plus shocks and struts ensure improved performance of any passenger car or truck. Truck shock absorbers are designed for superior towing solutions and carrying heavy loads. All Monro-Matic Plus products are nitrogen gas charged and utilize VPV (Velocity Proportional Valving) technology that provides balanced damping based on the acceleration of the vehicle-to-road impact. Thanks to the self-lubricating fluid seal, gas is retained without friction or excessive wear. With any of these products, your vehicle will provide a perfect balance of comfort and control for any driving condition.
Monroe® is a leading manufacturer of high-quality suspension parts, systems, and brake pads. The company has a network of 14 engineering centers on five continents providing improved technology and outstanding performance solutions for domestic passenger cars, SUVs, trucks and severe duty vehicles. Monroe offers a wide range of revolutionary products like premium brake pads, shocks and struts that provide superior steering, stopping and stability.