QA1 3″ Piston Rod Stud Top Circle Track Shocks 9028-244

QA1 9028-244 Piston Rod

Upgrade your ride with the QA1 9028-244 Piston Rod, designed specifically for large body shocks featuring stud top mounts. This high-performance piston rod is compatible with multiple shock series, ensuring a perfect fit and exceptional performance on the road or track.

Key Features

< li >Compatibility: Tailored for use with QA1 large body shocks, including the 5Q, 53, and 27 series.

< li >Durable Construction: Built to withstand the rigors of performance driving, providing long-lasting reliability.

< li >Precision Engineering: Designed for optimal functionality, ensuring smooth operation and responsiveness.

Specifications

< li >Piston Rod Diameter: 3 inches

< li >Shock Series Compatibility:

< li >5Q Series

< li >53 Series

< li >27 Series

Benefits of the QA1 9028-244

This piston rod not only enhances the performance of your shocks but also contributes to a smoother ride and improved handling. Whether you’re on the street or the track, the QA1 9028-244 ensures that your suspension system operates at its best, giving you the confidence to push your vehicle to its limits.

Customer Insights

Users have praised the QA1 9028-244 for its impressive performance and durability. Many have noted a significant improvement in ride quality and handling precision, making it a top choice for automotive enthusiasts looking to fine-tune their suspension systems. The ease of installation has also been highlighted, allowing for a straightforward upgrade process.

Fitment

The QA1 9028-244 Piston Rod is designed to fit seamlessly with specific QA1 shock series, ensuring compatibility and optimal performance. Make sure to check your shock series to confirm the perfect match.

Upgrade Your Suspension Today

With the QA1 9028-244 Piston Rod, you’re not just replacing a part; you’re investing in your vehicle’s performance and handling. Experience the difference that a high-quality piston rod can make in your driving experience.

WARNING: Cancer and Reproductive Harm