Frequently Asked Questions
The shock absorber measures twenty inches in length and three inches in width and height. This compact size ensures compatibility with various vehicle models.
The part number is two five two one four zero. This unique identifier helps in locating the exact replacement part needed for your vehicle.
This shock absorber fits the 2011 to 2014 Mazda 2 and the 2011 to 2019 Ford Fiesta. It's designed as a direct replacement for these specific models.
Installation involves removing the old shock and replacing it with the new one. A professional mechanic can ensure a proper and secure installation.
Yes, this shock absorber is universal and can be used on either the driver or passenger side. It is designed for rear installation.
Signs include excessive bouncing, poor handling, or a visibly leaking shock. If your vehicle feels unstable, replacement is recommended.
Regularly inspect for leaks and wear. Keeping the surrounding area clean can also help prolong the life of the shock absorber.
Yes, it is designed for a smooth ride and can handle various road conditions. Its nitrogen gas charge improves responsiveness and control.
Contact the seller immediately to report the damage. Most retailers have return policies in place to facilitate exchanges or refunds.
Nitrogen gas charging provides superior response and consistent control. It reduces the chances of shock fade during extended use.
The warranty period typically extends for one year from the date of purchase. Check with the retailer for specific warranty details.
No, this shock absorber is designed for standard use and may not withstand the demands of racing or heavy-duty applications.
Basic hand tools such as wrenches and sockets are required for installation. A torque wrench is recommended for securing bolts.
The shock absorber is constructed with high-quality materials designed for durability. Specific material details are not disclosed but ensure reliability.
Yes, it's advisable to drive gently for the first one hundred miles. This helps ensure optimal performance and longevity of the shock absorber.




















