Torsion Arm Right Rear 9.5x1.5 Fusion Polished

The Torsion Arm Right Rear 9.5x1.5 Fusion Polished by Ti22 PERFORMANCE is a precision suspension component engineered for builders and enthusiasts seeking refined handling geometry and visual appeal in their vehicle modifications. Torsion arms are critical load-bearing suspension links that transfer lateral forces and control ride height while maintaining wheel alignment during cornering and acceleration. This right-rear unit is designed for applications requiring a 9.5-inch centerline with 1.5-inch diameter construction, making it an ideal upgrade for independent rear suspension systems where factory components lack durability or adjustability.

Manufactured from high-strength material and finished in polished Fusion, this torsion arm combines structural rigidity with aesthetic refinement—a hallmark of Ti22's performance philosophy. The polished surface not only enhances appearance in exposed suspension builds but also resists corrosion better than raw steel, extending service life in harsh driving conditions. Weighing just 0.94 pounds, the arm maintains minimal unsprung mass, which reduces suspension compliance time and improves responsiveness during dynamic driving. The precise 9.5 x 1.5-inch geometry integrates seamlessly into compatible suspension systems, while the polished finish eliminates the need for secondary coating or maintenance protocols common with bare metal components.

Buyers tackling independent rear suspension builds, street machine restorations, or performance vehicle upgrades will appreciate this component's balance of structural integrity and refined finish. Professional mechanics and serious DIY builders commonly specify Ti22 suspension arms for their reputation in maintaining OEM-quality geometry while enabling custom applications. Installation requires proper suspension alignment tools and expertise; verify compatibility with your specific rear suspension platform before purchasing. This right-rear unit pairs with matching left-rear configurations to restore or upgrade suspension geometry and ensure even load distribution across the rear axle assembly.